# CaPow --- ## Pages - [Demo Room Control](https://capow.energy/demo-room-control/): Demo Room Control Loading... Scene Selector Scene 01 – Main Loop Scene 02 – Misalignment Demo Scene 03 – Palletizer... - [Webinar on demand AGV network - Watch](https://capow.energy/webinar-agv-network-watch/): Thank you for submitting the form! Here’s your webinar to watch. Enjoy! Ready to take the next step? Book a... - [התחברות](https://capow.energy/capow-login/): Login - [Thank you](https://capow.energy/promat-2025/thank-you/): Thank You for Booking Your Demo at ProMat 2025! You’ve just taken the first step toward revolutionizing the way your... - [Promat 2025](https://capow.energy/promat-2025/): March 17-20, 2025 Booth E12934 Meet the Power Behind 100% Uptime. Meet the future. Something game-changing is coming to ProMat... - [Terms and Conditions​](https://capow.energy/terms-and-conditions/): Terms and Conditions Last Updated: 11 July, 2022 These CaPow Services Terms and Conditions (the “Terms“) apply to, and govern,... - [Watch Webinar](https://capow.energy/watch-webinar/): https://www. youtube. com/watch? v=86Mz3NB8LIE - [Power Management Savings Calculator](https://capow.energy/savings-calculator/): How much can you save? CaPow savings calculator CaPowering your fleet can dramatically decrease your cost of ownership. Here’s a... - [Book a Meeting](https://capow.energy/book-a-meeting/): Book a Meeting Ready to experience how CaPow’s Power-in-Motion technology can transform your operations? Take the first step toward discovering... - [Booking](https://capow.energy/book-a-meeting/booking/): Book a Time And you’ll be one step closer to discovering how CaPow can revolutionize your automation journey. Let’s power... - [Careers](https://capow.energy/careers/): Join the CaPowers! At CaPow, we’re transforming robotic automation with our groundbreaking Power-in-Motion technology, eliminating downtime and boosting fleet efficiency.... - [Contact Us](https://capow.energy/contact/): Get in touch Whether you’re exploring options, or have PR inquiries, our team is here to assist. Reach out to... - [Technology](https://capow.energy/technology/): Efficiency Through Power: The Ultimate Solution for Robotic Power Delivery Genesis by CaPow delivers in-motion power to robotic fleets while... - [About Us](https://capow.energy/about/): We are CaPow “If I had asked people what they wanted, they would have said faster horses. ” — Henry... - [For OEMs](https://capow.energy/for-oems/): Unleash the Full Potential of Your Robotic Solutions with CaPow Boost your robot platforms with unmatched efficiency. CaPow’s energy transfer... - [For Integrators](https://capow.energy/for-integrators/): Boost Your Integrations with CaPow’s Power-in-Motion With CaPow’s Genesis energy transfer platform, you can deliver automation solutions that ensure 100%... - [For Operators](https://capow.energy/for-operators/): Powering Your Robotic Fleet for Continuous Peak Efficiency CaPow’s Power-in-Motion keeps AMRs, AGVs, AGCs, pallet shuttles, and ASRS in continuous... - [Home](https://capow.energy/): CaPow eliminates automation downtime with Genesis: world's leading power-in-motion solution for fleet operators. - [Capow at Modex](https://capow.energy/capow-at-modex/): Experience the perpetual edge with CaPow Energy. Unleash the power of our innovative power management solution for unmatched performance and efficiency. - [Company](https://capow.energy/about-old/): CaPow Energy: Revolutionizing power for robotic fleets. Explore our mission & innovative technologies. Find out how we generate, store, and utilize energy. - [Home](https://capow.energy/home-old/): Capow's autonomous mobile robots' power management system ensures optimized wireless battery charging and operational efficiency in factory floor planning. --- ## Posts - [When Automation Outpaces Infrastructure: The Silent Strain Behind Mobile Robotics](https://capow.energy/blog/articles/when-automation-outpaces-infrastructure/): Robots pausing mid-shift. Chargers occupied. Batteries triggering manual intervention. Promises of 24/7 uptime aren't kept. The energy model is outdated. - [Eliminate Charging Downtime and Maximize Robotic Fleet Efficiency with Power-in-Motion](https://capow.energy/blog/articles/eliminate-charging-downtime-maximize-robotic-fleet-efficiency/): CaPow’s Power-in-Motion delivers energy to mobile robots as they move, any robot, any path, any floor. The only thing that changes? Your efficiency. - [Operational Downtime Slashed by 100%: Why the Smartest Teams Are Replacing Chargers with CaPow](https://capow.energy/blog/articles/operational-downtime-slashed-by-100-why-the-smartest-teams-are-replacing-chargers-with-capow/): There’s something about automation that feels invincible, until your robots stop. Every charging cycle. Every extra robot just sitting around... - [Automation’s Hidden Cost: The Time Nobody Talks About](https://capow.energy/blog/articles/automations-hidden-cost-the-time-nobody-talks-about/): Robots don’t get tired. But they do stop. That’s the part most ROI models miss. When manufacturers and warehouse operators... - [Why “Fast Charging” Still Isn’t Fast Enough](https://capow.energy/blog/articles/why-fast-charging-still-isnt-fast-enough/): For years, automation specialists were told to chase faster charging. Smarter batteries. Better management systems. And lithium-ion technology? A revolution,... - [Humanoids Need More Than AI: They Need Power-in-Motion](https://capow.energy/blog/articles/humanoids-need-more-than-ai-they-need-power-in-motion/): As humanoid robots step out of labs and into real-world tasks, a surprising bottleneck emerges: energy. These machines can see,... - [Hyundai Glovis Case Study: Eliminating AGV Downtime with Power-in-Motion](https://capow.energy/blog/insights/hyundai-glovis-case-study-eliminating-agv-downtime-with-power-in-motion/): Hyundai Glovis Case Study:Eliminating AGV Downtime with Power-in-Motion The Challenge: Hyundai Glovis, a global logistics leader under Hyundai Motor Group,... - [The Charging Dilemma in Warehouse Automation](https://capow.energy/blog/articles/the-charging-dilemma-in-warehouse-automation/): Why In-Motion Energy Delivery is Reshaping Mobile Robotics Introduction: Automation’s Hidden Limitation Autonomous Mobile Robots (AMRs) and Automated Guided Vehicles... - [Beyond Charging: Why Power in Motion Is the Conversation We Should Be Having at Automate](https://capow.energy/blog/articles/beyond-charging-why-power-in-motion-is-the-conversation-we-should-be-having-at-automate/): At this week’s Automate event in Detroit, the conversation is (rightfully) focused on robotics, autonomy, and AI-driven efficiency. But behind... - [From the Lab to the Line: How CaPow is Powering the Future of Robotics - On Air with Prof. Mor Peretz](https://capow.energy/blog/articles/from-the-lab-to-the-line-how-capow-is-powering-the-future-of-robotics-on-air-with-prof-mor-peretz/): Link to interview: Kan English Podcast – CaPow’s Power Revolution When Prof. Mor Peretz, CEO and co-founder of CaPow, joined... - [Battery Independence Begins Here](https://capow.energy/blog/articles/battery-independence-begins-here/): As export bans tighten, CaPow offers a path beyond cobalt and lithium dependency In a world suddenly waking up to... - [Webinar on demand AGV network](https://capow.energy/blog/insights/webinar-on-demand-agv-network/): Now On-Demand: The Next Mobile Robot Innovation corner The Next Mobile Robot Innovation Corner Featuring Capow Featuring CAPOW Watch Now... - [AMR Charging and AGV Charging: How OEMs Can Optimize Operations with In-Motion Power Delivery](https://capow.energy/blog/articles/amr-charging-and-agv-charging-how-oems-can-optimize-operations-with-in-motion-power-delivery/): Introduction: AMRs (Autonomous Mobile Robots) and AGVs (Automated Guided Vehicles) are central to the efficiency of industries like warehousing, manufacturing,... - [How OEMs Can Future-Proof Their Robot Fleets with In-Motion Charging Solutions](https://capow.energy/blog/articles/how-oems-can-future-proof-their-robot-fleets-with-in-motion-charging-solutions/): Introduction: As OEMs in the robotics industry, staying ahead of the competition means embracing solutions that are not only innovative... - [Is It Time to Rethink How We Power Mobile Robots? Why AMRs and AGVs Need a Charging Revolution](https://capow.energy/blog/articles/is-it-time-to-rethink-how-we-power-mobile-robots-why-amrs-and-agvs-need-a-charging-revolution/): Autonomous Mobile Robots (AMRs) and Automated Guided Vehicles (AGVs) are transforming warehouses and distribution centers with improved efficiency, flexibility, and... - [Beyond Opportunistic Charging - Why AGVs Need Power Where It Counts](https://capow.energy/blog/articles/beyond-opportunistic-charging-why-agvs-need-power-where-it-counts/): For years, opportunistic charging has been the go-to solution for AGV and AMR fleets looking to minimize downtime. The idea... - [The AGV & AMR Charging Problem No One Talks About](https://capow.energy/blog/articles/the-agv-amr-charging-problem-no-one-talks-about/): AGV charging and AMR charging have long been bottlenecks in warehouse automation. Traditional methods- whether contact-based or inductive- force robots... - [Beyond Automation: Rethinking the Energy Bottleneck in G2P Workflows](https://capow.energy/blog/articles/beyond-automation-rethinking-the-energy-bottleneck-in-g2p-workflows/): The Overlooked Constraint in Warehouse Automation For years, warehouse automation has been framed as the answer to labor shortages. The... - [Webinar On Demand Robotics](https://capow.energy/blog/insights/webinar-on-demand-robotics/): January 22nd 12:00 PM ET Breaking Barriers: Solving the Energy Puzzle in Modern Robotics Missed our live webinar? No worries!... - [The Energy Puzzle in Mobile Robotics: Is the Industry Any Closer to Solving It?](https://capow.energy/blog/articles/the-energy-puzzle-in-mobile-robotics-is-the-industry-any-closer-to-solving-it/): The automation industry has spent years perfecting how robots move, collaborate, and adapt to dynamic environments. But one fundamental challenge... - [Why Downtime Is Automation’s Silent Killer (And How the Industry Is Fighting Back)](https://capow.energy/blog/articles/why-downtime-is-automations-silent-killer-and-how-the-industry-is-fighting-back/): Introduction: Automation is no longer a luxury- it’s a necessity. With the global robotics market projected to exceed $160 billion... - [Beyond the Hype: Realizing 100% Uptime in Robotics Post-CES 2025](https://capow.energy/blog/articles/beyond-the-hype-realizing-100-uptime-in-robotics-post-ces-2025/): Introduction CES 2025 has once again set the stage for groundbreaking technological advancements, with a significant focus on robotics and... - [Going to ProMat 2025 in Chicago? Here's What You Need to Know](https://capow.energy/blog/articles/going-to-promat-2025-in-chicago-heres-what-you-need-to-know/): ProMat 2025, the leading event for material handling and logistics innovation, is set to take place from March 17-20, 2025,... - [New Year, New Heights: CaPowering 2025](https://capow.energy/blog/articles/new-year-new-heights-capowering-2025/): As the calendar turns to 2025, we at CaPow find ourselves reflecting on a year of challenges conquered, milestones reached,... - [From Milestones to Momentum: Reflecting on 2024 and Powering Ahead into 2025](https://capow.energy/blog/articles/from-milestones-to-momentum-reflecting-on-2024-and-powering-ahead-into-2025/): As 2024 comes to a close, we take a moment to reflect on the journey that got us here- because... - [Santa's Power in Motion: Industry 4.0 Magic for Non-Stop Holiday Operations](https://capow.energy/blog/articles/santas-power-in-motion-industry-4-0-magic-for-non-stop-holiday-operations/): This holiday season, warehouses across the globe are humming with activity. Mobile robots glide across the floor, orders stream in... - [The Power of Motion: Redefining AGV Energy Transfer for Goods-to-Person Operations](https://capow.energy/blog/articles/the-power-of-motion-redefining-agv-charging-for-goods-to-person-operations/): Recent discussions about the AGV wireless charging market highlight significant growth potential but overlook a critical innovation reshaping the industry:... - [Why Integrators of Goods-to-Person Systems Are Missing Out on Stable Peak Throughput](https://capow.energy/blog/articles/why-integrators-of-goods-to-person-systems-are-missing-out-on-stable-peak-throughput/): Integrators Face the Greatest Challenge in G2P Automation Integrators of Goods-to-Person (G2P) systems know the stakes. Your clients demand peak... - [The Rise of In-Motion Power: Redefining Mobile Robotics in Logistics](https://capow.energy/blog/articles/the-rise-of-in-motion-power-redefining-mobile-robotics-in-logistics/): Mobile robotics has become the backbone of modern logistics, with Autonomous Mobile Robots (AMRs) and Automated Guided Vehicles (AGVs) driving... - [3 Shifts Transforming Warehouse Robotics: What Industry Leaders Need to Know](https://capow.energy/blog/articles/3-shifts-transforming-warehouse-robotics-what-industry-leaders-need-to-know/): In conversations with warehouse executives and automation engineers, three distinct trends are reshaping how industry leaders think about mobile robotics.... - [Why Downtime is No Longer an Option: How Automation Leaders are Embracing "Power-in-Motion" to Transform Efficiency in Industry 4.0](https://capow.energy/blog/articles/why-downtime-is-no-longer-an-option-how-automation-leaders-are-embracing-power-in-motion-to-transform-efficiency-in-industry-4-0/): In the fast-paced world of Industry 4. 0, one thing has been holding automation experts back: energy. For years, the... - [Zombies, Robots, and Perpetual Energy: A Halloween Reflection on Technological Resurrection](https://capow.energy/blog/articles/zombies-robots-and-perpetual-energy-a-halloween-reflection-on-technological-resurrection/): As the air grows crisp and jack-o’-lanterns flicker with their eerie, orange glow, we’re reminded that Halloween isn’t just a... - [From Linear to Spiral: Embracing Perpetual Power for the Next Evolution in Industrial Automation](https://capow.energy/blog/articles/from-linear-to-spiral-embracing-perpetual-power-for-the-next-evolution-in-industrial-automation/): The merging of AI and robotics is driving industrial automation into a new era. The global industrial robot market is... - [Energy Transfer at the Paris Olympics 2024: Who Takes Home the Gold Medal?](https://capow.energy/blog/articles/energy-transfer-at-the-paris-olympics-2024-who-takes-home-the-gold-medal/): The Paris Olympics 2024 isn’t just a showcase of athletic prowess; it’s also a testament to human ingenuity and technological... - [Digital Twins Are Taking Over - Here’s Why Your Robots Need a Power Twin](https://capow.energy/blog/articles/digital-twins-are-taking-over-heres-why-your-robots-need-a-power-twin/): In today’s fast-paced, innovation-driven world, digital twins are the latest buzzword, and for good reason. Companies across industries are leveraging... - [How the Global Energy Crisis is Accelerating Innovation in Automation - and Why Smart Solutions Matter](https://capow.energy/blog/articles/how-the-global-energy-crisis-is-accelerating-innovation-in-automation-and-why-smart-solutions-matter/): The global energy crisis, exacerbated by geopolitical tensions, fluctuating fuel prices, and supply shortages, is reshaping how industries operate. According... - [Building Supply Chain Resilience with Industry 4.0: A Glimpse into 2025](https://capow.energy/blog/articles/building-supply-chain-resilience-with-industry-4-0-a-glimpse-into-2025/): As global supply chains face unprecedented disruption, companies are turning to Industry 4. 0 technologies to future-proof their operations. In... - [In-Motion Energy Transfer: A Strategic Priority for Operations Leaders in Automation](https://capow.energy/blog/articles/in-motion-energy-transfer-a-strategic-priority-for-operations-leaders-in-automation/): In the evolving world of industrial automation, in-motion energy transfer systems are gaining significant attention for their ability to power... - [The Future of Autonomous Mobile Robots: How Power-in-Motion Technology Redefines 24/7 Operations](https://capow.energy/blog/articles/the-future-of-autonomous-mobile-robots-how-power-in-motion-technology-redefines-24-7-operations/): Introduction: In the complex and ever-evolving landscape of intralogistics, autonomous mobile robots (AMRs) have become a game-changer. However, one of... - [Webinar on demand](https://capow.energy/blog/insights/webinar-on-demand/): Webinar On Demand: Mastering Efficiency with with CaPow’s Power-In-Motion Technology Missed our live event? No worries! Access our exclusive on-demand... - [Whitepaper - How to Obtain 100% Uptime for Robotic Fleets Using Capacitive Power](https://capow.energy/blog/insights/whitepaper/): Is Your Automated Fleet Losing Money Due to Downtime? Discover 100% Uptime and Peak Efficiency Learn how automation leaders are... - [JLC Robotics Case Study: Revolutionizing AGV Performance with CaPow](https://capow.energy/blog/insights/jlc-robotics-case-study-revolutionizing-agv-performance-with-capow/): JLC Robotics Case Study:Revolutionizing AGV Performance with CaPow Overview: Discover how JLC Robotics, a leading distributor of industrial automation solutions,... - [Optimizing Work to Charge Ratio: Enhancing Efficiency with CaPow's Genesis Solution](https://capow.energy/blog/articles/optimizing-work-to-charge-ratio-enhancing-efficiency-with-capows-genesis-solution/): In the world of industrial automation, maximizing the efficiency of robotic fleets is crucial. One key metric that significantly impacts... - [Future Trends in Automation: Transforming Logistics Operations](https://capow.energy/blog/articles/future-trends-in-automation-transforming-logistics-operations/): The logistics industry is experiencing a profound transformation, driven by rapid technological advancements and the pressing need for efficiency and... - [The Future of Power: How CaPow is Leading the Charge in Dynamic Wireless Energy Transfer](https://capow.energy/blog/articles/the-future-of-efficiency-how-capow-is-leading-the-charge-in-dynamic-wireless-energy-transfer/): The Challenge with Traditional Wireless Charging Wireless charging technology has made significant progress, but it traditionally faces efficiency challenges compared... - [Revolutionizing Robotic Operations: The CaPow Advantage](https://capow.energy/blog/articles/revolutionizing-robotic-operations-the-capow-advantage/): “In the race for efficiency, downtime is the enemy. ” The global industrial robotics market is on a trajectory to... - [The Evolution of Automation: From the Industrial Age to Next-Gen Logistics Solutions](https://capow.energy/blog/articles/the-evolution-of-automation-from-the-industrial-age-to-next-gen-logistics-solutions/): “Automation does not need to be our enemy. I think machines can make life easier for men, if men do... - [Next-Gen Efficiency: The Future of Automation with Dynamic Power Delivery in Logistics and Manufacturing](https://capow.energy/blog/articles/next-gen-efficiency-the-future-of-automation-with-dynamic-power-delivery-in-logistics-and-manufacturing/): The world of logistics and fulfillment is currently experiencing a dramatic shift, driven by the rapid evolution of automation technologies.... - [Can Wireless Energy Solutions Drive Efficiency and Sustainability in Automation?](https://capow.energy/blog/articles/can-wireless-energy-solutions-drive-efficiency-and-sustainability-in-automation/): A recent study by the International Energy Agency (IEA) has emphasized the importance of efficient energy solutions in meeting global... - [Revolutionizing Automation: The Impact of Capacitive Power Technology on AMRs and Industrial Equipment](https://capow.energy/blog/articles/revolutionizing-automation-the-impact-of-capacitive-power-technology-on-amrs-and-industrial-equipment/): The logistics and manufacturing industries are constantly on the lookout for innovative solutions to stay ahead of the curve. In... - [Can Mobile Robots Revolutionize Operational Efficiency in Logistics?](https://capow.energy/blog/articles/can-mobile-robots-revolutionize-operational-efficiency-in-logistics/): Discover how mobile robots optimize logistics operations, reducing downtime & enhancing efficiency in warehouses & transportation logistics. Learn more! - [Beyond Wireless: CaPow's Power-in-Motion - A Whole New Ball Game for AMRs and AGVs](https://capow.energy/blog/articles/beyond-wireless-capows-power-in-motion-a-whole-new-ball-game-for-amrs-and-agvs/): CaPow's Power-in-Motion solution transforms warehouse automation for AMRs & AGVs, ensuring continuous workflow & maximum efficiency. Learn more! - [4 Ways to Advance High-Quality Battery Life for Autonomous Mobile Robot Fleets](https://capow.energy/blog/articles/4-ways-to-advance-high-quality-battery-life-for-autonomous-mobile-robot-fleets/): Discover 4 effective ways to extend battery life in autonomous mobile robot fleets, ensuring peak performance and sustainability in warehouse operations. - [The Need for 100% Uptime for Mobile Robots](https://capow.energy/blog/articles/the-need-for-100-uptime-for-mobile-robots/): Discover how dynamic power delivery solutions revolutionize mobile robot operations, ensuring continuous uptime, efficiency, and cost-effectiveness. - [Energy Management in Automation: Discover the Strength of Power-In-Motion](https://capow.energy/blog/articles/energy-management-in-automation-discover-the-strength-of-power-in-motion/): Experience CaPow's revolutionary power-in-motion technology, reshaping energy management in automation for unparalleled efficiency - [What is Perpetual Power and What Is It Good For?](https://capow.energy/blog/articles/perpetual-power-automation-benefits/): Explore the transformative power of perpetual energy tech in automation, eliminating downtime, enhancing efficiency & driving sustainability in warehouses - [Three Transformative Trends in Warehouse Energy Management](https://capow.energy/blog/articles/three-transformative-trends-in-warehouse-energy-management/): Explore 3 trends reshaping warehouse energy management: efficiency, sustainability & safety. Learn how CaPow's solutions address real-world challenges - [Unlocking Efficiency: The Advantages of Automation in Logistics](https://capow.energy/blog/articles/unlocking-efficiency-the-advantages-of-automation-in-logistics/): Unlock efficiency with automation in logistics. Learn how it optimizes processes, addresses labor shortages, enhances safety, and future-proofs strategies. - [SuperCapacitor Technology: Empowering Robotic Fleets with Perpetual Power Solutions](https://capow.energy/blog/articles/supercapacitor-technology-empowering-robotic-fleets/): Explore the potential of SuperCapacitor technology for robotic fleets. Learn about rapid charging, extended lifespan, and sustainable power solutions now. - [Automation and the Environment - How Can We Decrease Negative Sustainability Impacts?](https://capow.energy/blog/articles/automation-and-the-environment-how-can-we-decrease-negative-sustainability-impacts/): Explore the environmental effects of automation, from manufacturing to logistics. Learn about sustainable practices for perpetual power in robotics. - [The future of power delivery for mobile robots - Static charging falls behind](https://capow.energy/blog/articles/the-future-of-power-delivery-for-mobile-robots-static-charging-falls-behind/): Explore the evolution of power delivery in mobile robotics. From the limitations of manual and automated connected charging to power-in-motion. - [Challenges with Lithium-Based Batteries in the Automation Industry: Now and Going Forward](https://capow.energy/blog/articles/challenges-with-lithium-based-batteries-in-the-automation-industry-now-and-going-forward/): Explore the impact and challenges of lithium-based batteries in the automation industry. Discover solutions and innovations for a more efficient and secure automated future. - [The Importance of Continuous Power Flow in Mobile Robotic Operations](https://capow.energy/blog/articles/the-importance-of-continuous-power-flow-in-mobile-robotic-operations/): Explore the importance of continuous power flow in mobile robotic operations, the power interruptions challenges and effective perpetual power solutions. - [The Future of Robotic Solutions with Perpetual Power](https://capow.energy/blog/articles/the-future-of-robotic-solutions-with-perpetual-power/): Explore how a perpetual power ecosystem, is transforming the robotic solutions landscape by ensuring optimal throughput, safety, and sustainability. --- # # Detailed Content ## Pages - Published: 2025-05-08 - Modified: 2025-05-08 - URL: https://capow.energy/demo-room-control/ Demo Room Control Loading... Scene Selector Scene 01 - Main Loop Scene 02 - Misalignment Demo Scene 03 - Palletizer Demo Camera Selector Camera 01 Camera 02 Camera 03 Utils Show GEMS To view this video please enable JavaScript, and consider upgrading to a web browser that supports HTML5 video --- - Published: 2025-04-22 - Modified: 2025-04-24 - URL: https://capow.energy/webinar-agv-network-watch/ Thank you for submitting the form! Here's your webinar to watch. Enjoy! https://youtu. be/2HNRKxjVCSw Ready to take the next step? Book a discovery call today and let us show you how CaPow can transform your operations. Book a Meeting --- - Published: 2025-03-31 - Modified: 2025-04-29 - URL: https://capow.energy/capow-login/ Login --- - Published: 2025-02-11 - Modified: 2025-02-13 - URL: https://capow.energy/promat-2025/thank-you/ Thank You for Booking Your Demo at ProMat 2025! You’ve just taken the first step toward revolutionizing the way your automation operates. We’re excited to show you Genesis, our groundbreaking Power-in-Motion technology that’s eliminating downtime and rewriting the rules of energy in motion. We’ll see you at ProMat! Have questions? We're happy to help! Contact us --- - Published: 2025-02-10 - Modified: 2025-02-17 - URL: https://capow.energy/promat-2025/ March 17-20, 2025 Booth E12934 Meet the Power Behind 100% Uptime. Meet the future. Something game-changing is coming to ProMat 2025a breakthrough set to redefine automation. Book your exclusive demo Downtime ends here. Welcome, Genesis. "With power-on-the-go, we’ve witnessed unparalleled operational flexibility, eliminating downtime and maximizing throughput. " -Nick Anderson, Applications Product Manager, MiR "Adaptability in energy solutions is the foundation for scalable robotics. It’s about enabling businesses to evolve seamlessly. " -Rishabh Agarwal, CEO & Co-Founder, Peer Robotics Efficiency Without Limits. Power-in-Motion Unleashed. Booth E12934 Book your exclusive demo Don’t Miss Out - Plan Your ProMat Experience Now! https://www. youtube. com/watch? v=s1S_UMHLymU Booth E12934 Add CaPow to Your Show Planner --- - Published: 2024-10-30 - Modified: 2024-10-30 - URL: https://capow.energy/terms-and-conditions/ Terms and Conditions Last Updated: 11 July, 2022These CaPow Services Terms and Conditions (the "Terms") apply to, and govern, the mutually signed ordering document (such as an Order Form, Sales Order, Quote, Statement of Work, Proposal, or Order) to which they are attached, hyperlinked, or otherwise incorporated (the "Order"). These Terms are hereby incorporated by reference into, and made a part of, such Order. These Terms and the Order are collectively referred to as this "Agreement". To the extent of any conflict or inconsistency between a provision in these Terms and a provision in the Order, the former shall prevail, unless the Order specifically states otherwise. The Agreement constitutes a binding agreement between Capow Technologies Ltd. (or the other CaPow entity specified in the Order, if applicable) ("CaPow") and the customer specified in the Order ("Customer"). An individual entering into this Agreement on behalf of the Customer, represents that he/she has the right, authority and capacity to act on behalf of the Customer and to bind the Customer to this Agreement. CaPow and Customer may be collectively referred to herein as the "Parties", and each individually as a "Party". 1. DEFINITIONS"Affiliate" means, with respect to a Party, any entity that directly or indirectly controls, is controlled by, or is under common control with such Party, whereby “control” means the possession, directly or indirectly, of the power to direct, or cause the direction of, the management and policies of such person, whether through the ownership of voting securities, by contract, or otherwise. "CaPow Solution" means CaPow's wireless power transfer solution comprised, inter alia, of transmitter electronics, recieveable electronics and antenas. "Intellectual Property Rights" means any and all rights, titles, and interests (under any jurisdiction or treaty, whether protectable or not, whether registered or unregistered, and whether vested, contingent, or future) in and to inventions, discoveries, works of authorship, designs, software, technical information, databases, formulas, know-how, mask works, methods, technology, and other intellectual property (collectively, "Intellectual Property"), and includes but is not limited to patents, copyrights and similar authorship rights, moral (and similar personal) rights, mask work rights, data and database rights, trade secret rights and similar rights in confidential information and other non-public information, design rights, trademark, service mark, trade name, trade dress and similar branding rights, as well as: (i) all applications, registrations, renewals, reexaminations, extensions, continuations, continuations-in-part, provisionals, substitutions, divisions or reissues of or for the foregoing; and (ii) all goodwill associated with the foregoing. "Location" means the geographic location(s) specified in the Order, at which the Services will be conducted. "Location Owner" means, collectively and individually, the individuals and/or entities that own and/or operate the Location. "Services" means the wireless power transfer solution, deployed at customer's Location and fulfills the services specified in the Order. 2. SERVICES 2. 1 General. The Services will be performed in a professional and workmanlike manner by any of the Customer, CaPow and/or its Affiliates, and are provided for the benefit of Customer only. CaPow, in its sole discretion, shall determine which components of the CaPow Solution are to be utilized for the Services. Customer shall fully cooperate with CaPow in connection with the Services. With Customer's prior approval (not to be unreasonably withheld, conditioned, or delayed) CaPow may subcontract Services (in whole or in part) to a third party contractor, and CaPow shall remain primarily responsible for such contractor's performance of the Services. Unless specified otherwise in the Order, CaPow shall also be entitled to reimbursement for travel and lodging costs and expenses incurred in connection with the Services. 2. 2 Customer Resources and Insurance. Except for the CaPow Solution and the Services, Customer shall be solely responsible: (a) for providing (or otherwise procuring from third parties) all hardware, software, systems, warehouse, assets, facilities, electrical power, and ancillary goods and services needed for the Services; (b) for ensuring their compatibility and suitability with the CaPow Solution and Services; and (c) for obtaining (and maintaining) all permits, consents and licenses necessary for the Services to be performed. Moreover, Customer shall ensure that CaPow is included as additional insured in the relevant insurance policies (including without limitation for third party liability) maintained by Customer (or the owner of the Location) in connection with the Services (and that such policies include a waiver of subrogation towards CaPow). Without derogating from any limitations or exclusions of liability in this Agreement, Customer hereby irrevocably waives any claims against CaPow for sums to which Customer is entitled under any policy carried by Customer (or on its behalf) or the Location Owner. 2. 3 Location Owner. Without limiting the generality of Section (Customer Resources) above, Customer represents and warrants that: (a) it has obtained, and will maintain, all permits, consents, licenses, and other rights from the Location Owner to enable the Services to be performed at the Location; and (b) its contract with the Location Owner is not inconsistent or conflicting with any of the terms and conditions of this Agreement (such as those provisions herein governing usage scope and restrictions, ownership rights, confidentiality, warranties, and liability), and releases CaPow and its Affiliates (and Customer shall otherwise procure the Location Owner's release of CaPow and its Affiliates) from any obligation or liability towards the Location Owner. In the event Location Owner makes or institutes any demand, claim, or action (each, a "Location Owner Claim") against CaPow, its Affiliates, and/or its personnel (each, an "CaPow Indemnitee"), Customer shall at its cost and expense defend the CaPow Indemnitee against the Location Owner Claim, and indemnify and hold harmless the CaPow Indemnitee for any amounts awarded or imposed (or agreed in settlement) under the Location Owner Claim, as well as for any reasonable costs and expenses (including attorney's fees, legal costs, etc. ) incurred by the CaPow Indemnitee in connection with the Location Owner Claim. 3. CAPOW SOLUTIONFor the avoidance of doubt, no part of the CaPow Solution is licensed, sold, or otherwise distributed to Customer pursuant to this Agreement. Any rights not expressly granted herein are hereby reserved by CaPow and its suppliers and licensors. To the extent, however, that Customer is given or otherwise obtains any access to any part of the CaPow Solution, Customer:(a) shall use the CaPow Solution solely in connection with its receipt of the Services, and solely in accordance with any accompanying manuals and documentation; and(b) shall not do (or permit to be done) any of the following, in whole or in part: (i) make, reproduce, "frame" or "mirror" the CaPow Solution; (i) distribute or otherwise make available CaPow Solution to any third party (such as offering it as part of a time-sharing, outsourcing or service bureau environment), or publicly perform or display the CaPow Solution; (iii) modify, adapt, or create a derivative work of, the CaPow Solution; (iv) decompile, disassemble, decrypt, reverse engineer, or otherwise attempt to discover the source code or non-literal aspects (such as the underlying structure, sequence, organization, file formats, non-public APIs, ideas, or algorithms) or internal composition (such as wiring, architecture, or chemical composition) of the CaPow Solution; (v) remove, alter, or conceal any copyright, trademark, or other proprietary rights notices displayed on or in the CaPow Solution; (vi) circumvent, disable or otherwise interfere with security-related or technical features or protocols of the CaPow Solution; (vii) use the CaPow Solution to develop any service or product that is the same as (or substantially similar to) them; or (viii) use the CaPow Solution in connection with any stress test, penetration test, competitive benchmarking or analysis, or vulnerability scanning, or otherwise publish or disclose (without CaPow's prior express written approval) any the results of such activities or other performance data of the CaPow Solution. Customer recognizes and agrees that, without limitation, all internal hardware, software, and functionality not readily visible from external view of the CaPow Solution constitute trade secrets belonging to CaPow and/or its licensors and suppliers, and that efforts to determine such internal hardware, software or functionality may constitute misappropriation of trade secrets. 4. PAYMENT TERMS4. 1 Fees. Customer shall pay CaPow the fees and other charges set forth in the Order (the "Fees"). 4. 2 Payment Terms. Except as may be expressly stated otherwise in the Order or these Terms: (a) all Fees are stated, and are to be paid, in US Dollars; (b) all Fees are shall be paid in advance at the commencement of each billing cycle (except for Fees for overages, which are charged in arrears); (c) all payments and payment obligations under this Agreement are non-refundable, and are without any right of set-off or cancellation; and (d) any amount not paid when due will accrue interest on a daily basis until paid in full, at the lesser of the rate of one and a half percent (1. 5%) per month and the highest amount permitted by applicable law. 4. 3 Taxes. Amounts payable under this Agreement are exclusive of all applicable sales, use, consumption, VAT, GST, and other taxes, duties or governmental charges (except for taxes based upon CaPow's net income), as well as transportation or insurance. Customer must provide a valid tax exemption certificate if claiming a tax exemption. In the event that Customer is required by any law applicable to it to withhold or deduct taxes for any payment under this Agreement, then the amounts due to CaPow shall be increased by the amount necessary so that CaPow receives and retains, free from liability for any deduction or withholding, an amount equal to the amount it would have received had Customer not made any such withholding or deduction. 5. INTELLECTUAL PROPERTYCaPow (and/or its licensors and suppliers, as applicable) is and shall be the sole and exclusive owner of (and is hereby assigned) all right, title, and interest (including without limitation all Intellectual Property Rights) in and to: (a) the CaPow Solution; (b) the Services; (c) ideas, suggestions, enhancement requests, or similar feedback for or about the Services and/or CaPow Solution; (d) CaPow's other Confidential Information; and (e) regardless of inventorship or authorship, any modifications, derivative works, enhancements, and/or improvements of or to any of the foregoing. To the extent any of the foregoing Intellectual Property Rights do not automatically vest in CaPow, Customer hereby assigns (and shall assign) same to CaPow. 6. CONFIDENTIALITY6. 1 General. Each Party (the "Recipient") may have access to certain Confidential Information of the other Party (the "Discloser"), whether in tangible or intangible form ("Confidential Information"). "Confidential Information" means information and/or material (whether in written, oral, visual, electronic, or other form) disclosed or made available, directly or indirectly, by Discloser and/or its Affiliates to Recipient and/or its Affiliates, or otherwise learned by Recipient by inspection, and that (A) is designated as confidential or proprietary by the Discloser, or (B) would be understood by a reasonable business person to be confidential or sensitive given the nature of the information or material, and/or the circumstances surrounding its disclosure. Confidential Information includes, but is not limited to: (a) any information related to Discloser’s business, such as cost data, pricing methodologies, price lists, business plans and opportunities, marketing plans, financial and accounting information, forecasts and valuations, market share data, sales volumes, discounts, and budgets; (b) information relating to actual or potential customers, suppliers, products and services; and (c) technical data, computer programs and software code (including firmware and source code), ideas, inventions, algorithms, know-how, analyses, lab notebooks, specifications, processes, techniques, formulas, engineering designs and drawings, architectures, circuit schematics and circuit layouts, models, samples, hardware configuration information, and other technology and intellectual property. For the avoidance of doubt, CaPow Solution is Confidential Information of CaPow. 6. 2 Exceptions. Confidential Information shall not include information and material which: (a) at the time of disclosure by Discloser to Recipient hereunder, is in the public domain; (b) after disclosure by Discloser to Recipient hereunder, becomes part of the public domain through no fault of the Recipient; (c) was rightfully in the Recipient's possession at the time of disclosure by the Discloser hereunder, and which is not subject to prior continuing obligations of confidentiality; (d) is rightfully disclosed to the Recipient by a third party having the lawful right to do so; or (e) independently developed by the Recipient without use of, or reliance upon, Confidential Information received from the Discloser. 6. 3 Safeguarding. The Recipient shall not use the Confidential Information for any purpose, except to perform under this Agreement. Recipient agrees to use the same degree of care it employs for the protection of its own Confidential Information (and in any event, a reasonable degree of care), and to procure that all such measures and safeguards are taken by its Representatives (defined below). 6. 4 Non-Disclosure. Recipient shall not disclose or make available any Confidential Information to any person other than to its Representatives (defined below) who have a strict need to know the Confidential Information for the purpose of Recipient performing its obligations under this Agreement, and who are bound to the Recipient by an agreement of confidentiality that contains substantially the same confidentiality obligations contained in this Agreement (or by comparable fiduciary or professional duties of confidentiality). Recipient shall remain primarily responsible and liable for its Representatives' acts and omissions in respect of the Confidential Information, as fully as if they were the acts and omissions of Recipient itself. "Representatives" means Recipient's and/or its Affiliates' directors, officers, employees, professional advisors (including, without limitation, attorneys, financiers, and accountants), contractors, and agents. 6. 5 Compelled Disclosure. Recipient may disclose Confidential Information to the minimum extent required by a Legal Requirement; provided, however, that before Recipient does so disclose it shall, to the extent legally permitted, use reasonable endeavours to give the Discloser as much notice of such disclosure as possible, and reasonably assist Discloser in seeking a protective order or other appropriate remedy. "Legal Requirement" means (a) an order of any court of competent jurisdiction, any regulatory, judicial, governmental or similar body, or any taxation authority of competent jurisdiction, (b) the rules of any listing authority or stock exchange on which its shares or those of any of its Affiliates are listed or traded, and/or (c) the laws or regulations of any country to which its affairs or those of any of its Affiliates are subject. 6. 6 Return/Destruction of Confidential Information. Promptly following written request by Discloser at any time (including within a reasonable time following termination of this Agreement), and subject to any ongoing rights that Recipient has pursuant to this Agreement, Recipient shall, as reasonably directed, return, destroy, and/or permanently delete all Confidential Information in its possession or control, and shall thereafter, upon written request, have one of its officers certify in a signed writing compliance with the foregoing. Notwithstanding the foregoing, the Recipient may retain an archival copy of Confidential Information solely to the extent that: (a) such archival copy is contained in electronic files as part of the Recipient’s regular data backup or archiving procedures, and/or (b) such retention is required by any Legal Requirement; and in each of the foregoing cases under paragraphs (a) and (b), provided further that the Recipient... --- - Published: 2024-10-30 - Modified: 2024-10-30 - URL: https://capow.energy/watch-webinar/ https://www. youtube. com/watch? v=86Mz3NB8LIE --- - Published: 2024-10-29 - Modified: 2024-12-05 - URL: https://capow.energy/savings-calculator/ How much can you save? CaPow savings calculator CaPowering your fleet can dramatically decrease your cost of ownership. Here’s a small example how: Wow! Just by CaPowering your fleet you are able to deploy only 43 robots that will enjoy 100% uptime and never stop to recharge. Reducing your fleet by 7 robots immediately saves you 245,000 dollars. This is just an appetizer. Try Again Contact Us --- - Published: 2024-10-09 - Modified: 2025-03-12 - URL: https://capow.energy/book-a-meeting/ Book a Meeting Ready to experience how CaPow's Power-in-Motion technology can transform your operations? Take the first step toward discovering how CaPow can revolutionize your automation journey. Let’s power up your operations together! As Featured In: --- - Published: 2024-10-09 - Modified: 2024-10-14 - URL: https://capow.energy/book-a-meeting/booking/ Book a Time And you'll be one step closer to discovering how CaPow can revolutionize your automation journey. Let's power up your operations together! --- - Published: 2024-10-09 - Modified: 2024-11-05 - URL: https://capow.energy/careers/ Join the CaPowers! At CaPow, we're transforming robotic automation with our groundbreaking Power-in-Motion technology, eliminating downtime and boosting fleet efficiency. Join the team of CaPowers in an innovative environment where bold ideas drive the future of automation. Let’s CaPower the future together Why Work with Us? Innovative Technology: Be part of a team that is pioneering the future of industrial automation with unique, market-leading solutionsGrowth Opportunities: We offer ample opportunities for professional development and career advancementDynamic Environment: Work in a fast-paced, agile, and supportive environment where your ideas and contributions are valuedImpactful Work: Join us in making a real impact on industries by enhancing operational efficiency and sustainability CaPower Your Career: Join Us in Shaping the Future of Automation At CaPow, we don't just offer you a job; we CaPower your career, your ideas, and your professional growth. Join us and be part of the future of automation efficiency. We look forward to receiving your application and getting to know you better! Open positions --- - Published: 2024-10-08 - Modified: 2024-12-05 - URL: https://capow.energy/contact/ Get in touch Whether you're exploring options, or have PR inquiries, our team is here to assist. Reach out to discover how CaPow can revolutionize your operations. Noam Geffen Chief Business Officer Rebecca Barel Head of Marketing Discover the Simplicity of 100% Operational Efficiency See how easy it is to eliminate robotic downtime and achieve 100% operational efficiency with CaPow’s industry-leading power delivery solutions. Our technology is designed to transform your automated operations, ensuring continuous productivity and cost savings. Follow Us --- - Published: 2024-10-06 - Modified: 2024-10-30 - URL: https://capow.energy/technology/ Efficiency Through Power: The Ultimate Solution for Robotic Power Delivery Genesis by CaPow delivers in-motion power to robotic fleets while en-route, ensuring 100% uptime for operators, OEMs, and integrators. Contact Us Book a Meeting Discover How Genesis DeliversContinuous Power in Motion 1 Genesis Receiver Integration Lightweight Receiver: Seamlessly integrated into the robotic platform Versatile Application: Suitable for both new designs and retrofitting existing models Plug & Play: Easy integration using standard interfaces Hardware-Agnostic Design:Supports all robotic models and battery types 2 Double-Shielded Receiver Antennas Flexible Mounting:Can be placed on top, bottom, or sides of the robot Customizable Size and Formation:Tailored to fit any robot without interfering with internal components. 3 Facility-Side Antennas Strategic Placement: Positioned over movement surfaces for optimal efficiency High Durability:Withstands pressures over 23MPa Custom Dimensions:Length and dimensions adjusted according to facility needs Easy Installation:No excavation required for setup 4 Powering and Charging Solution Double-Boost Effect:Simultaneously powers the robot and charges its energy source Smart Energy Distribution:Genesis intelligently allocates energy to keep robots in motion while maintaining their charge Get CaPowered Layout Planning with CaPow’s Floor Planner Tool Our user-friendly Floor Planner tool uses a unique algorithm to calculate optimal antenna placement, ensuring maximum efficiency with minimal coverage. Plan your facility layout effortlessly. https://www. youtube. com/watch? v=ZQn5XGM-Pg0 Try our Floor Planner tool Genesis: The Only Solution That Eliminates Downtime CaPow’s Power-in-Motion technology powers robots while en-route, eliminating stationary charging. With 24/7 operation and 100% uptime, Genesis boosts ROI and solves the power deficiency traditional systems can’t. Saving Calculator Get CaPowered --- - Published: 2024-10-01 - Modified: 2025-02-12 - URL: https://capow.energy/about/ We are CaPow “If I had asked people what they wanted, they would have said faster horses. ”
— Henry Ford We are CaPow “If I had asked people what they wanted, they would have said faster horses. ”
— Henry FordAt CaPow, we look beyond what exists today, reimagining the possibilities of power transfer. We recognized that perpetual power requires more than just better batteries - it means transforming how automation is perceived. Operators have long accepted charging downtime as inevitable, but with CaPow, that changes. We’ve set a new standard:100% uptime for 100% of your fleet. Robots powered by CaPow’s Power-in-Motion technology receive energy continuously while en route, whether battery-free or with extended battery life, driving unparalleled efficiency. Our mission is clear:to deliver efficiency at its highest form by eliminating downtime. CaPow provides operation leaders, automation experts, and OEMs with a future where robotic fleets never stop, ensuring maximum operational efficiency. Whether you retrofit your robots with supercapacitors or maintain battery-powered systems, CaPow ensures they keep moving, receiving power while in motion. We are the first to bring this revolutionary solution to market, offering perpetual power - continuous energy transfer that keeps robots operating 24/7. The days of static charging stations and downtime are over. Our Story CaPow’s revolutionary autonomous power delivery system began 15 years ago with Prof. Mor M. Peretz and his research in power electronics at Ben-Gurion University of the Negev. Together with co-founders Dr. Eli Abramov and Dr. Alon Cervera, Prof. Peretz explored the potential of dynamic, wireless energy transfer, leading to the birth of Power-in-Motion. What started in academia has now evolved into a game-changing solution for Industry 4. 0. With numerous patents, CaPow’s technology is reshaping operational efficiency by allowing robots to receive power while in motion. Our investors, including IL Ventures, and strategic advisors like former Amazon Robotics leaders Vikas Enti and Nils Alstad, recognize the transformative potential of our solution. We bring a new vision of efficiency to operation leaders, automation experts, and OEMs. Constant motion is our goal. Power-in-Motion is our promise. Meet the Team Investors --- - Published: 2024-09-10 - Modified: 2024-10-30 - URL: https://capow.energy/for-oems/ - תבניות עמוד: Solutions Unleash the Full Potential of Your Robotic Solutions with CaPow Boost your robot platforms with unmatched efficiency. CaPow’s energy transfer solution enhances your offerings, with competitive edge and faster ROI Learn More Book a Meeting Why Choose CaPow? Zero Downtime 24/7 Operations Effortless Installation Plugs directly into the robot's power system with minimal setup Enhanced Safety Compatible with all industrial mobile robots, offering unmatched flexibility Check out Our Savings Calculator Optimize Your Robotic Solution Get CaPowered Get CaPowered Today Get CaPowered Savings Calculator Floor Planner Tool Try Our Floor Planner Tool --- - Published: 2024-09-09 - Modified: 2024-10-30 - URL: https://capow.energy/for-integrators/ - תבניות עמוד: Solutions Boost Your Integrations with CaPow’s Power-in-Motion With CaPow’s Genesis energy transfer platform, you can deliver automation solutions that ensure 100% uptime for industrial mobile robots Learn More Become a Partner Why Choose CaPow? Zero Downtime Ensure full fleet utilization and flexibility with no downtime Effortless Installation Plug-and-play system adaptable to any hardware Enhanced Safety Eliminates risks from inductive/ electromagnetic charging Become a Partner Revolutionize Your Integrations Become a Partner Get CaPowered Today Get CaPowered Savings Calculator Floor Planner Tool Try Our Floor Planner Tool --- - Published: 2024-09-03 - Modified: 2024-10-30 - URL: https://capow.energy/for-operators/ - תבניות עמוד: Solutions Powering Your Robotic Fleet for Continuous Peak Efficiency CaPow’s Power-in-Motion keeps AMRs, AGVs, AGCs, pallet shuttles, and ASRS in continuous motion, eliminating downtime and maximizing efficiency Learn More Book a Meeting Benefits for Operators 100% Uptime and Energy Flexibility With CaPow’s Power-in-Motion, your fleet stays fully operational, cutting OPEX and boosting ROI Improved ROI Achieve up to 50% more efficiency and reduce total costs by up to 35% Reduced Battery Dependency Reduces logistics complexity by cutting the need for lithium batteries, boosting sustainability. Check out Our Savings Calculator Exclusive Benefits of CaPow's Genesis Solution Get CaPowered Floor Planner Optimize Layouts with CaPow's Floor Planner Ensure optimal antenna placement to keep your robots energy-positive and fully operational around the clock Why Power-In-Motion? Constant Throughput No fleet inflation or designated chargers Battery spec reduction Try Our Floor Planner Tool Optimize Layouts with CaPow's Floor Planner Ensure optimal antenna placement to keep your robots energy-positive and fully operational around the clock Try Our Floor Planner Tool --- > CaPow eliminates automation downtime with Genesis: world's leading power-in-motion solution for fleet operators. - Published: 2024-07-03 - Modified: 2025-07-01 - URL: https://capow.energy/ 100% Uptime for Automated Fleets Boost your operational efficiency and eliminate charging downtime by powering your fleets while in-motion Learn More Book a Meeting 100% Uptime for 100% of Fleet Eliminate Automation Downtime with Genesis: CaPow's Power-In-Motion Solution Learn More Book a Meeting Trusted by: Threading the ROI Needle CaPow by the Numbers Savings in Cost-of-Ownership 0 % Increased Operational Efficiency 0 % Fleet Size Reduction 0 % Learn More As featured in: Genesis: The Only Solution That Powers Robots While They Move Powering your robots while en-route eliminates charging downtime and costly warehouse real-estate,while ensuring constant 100% throughput. Why Power-In-Motion? Constant Throughput No fleet inflation or designated chargers Battery spec reduction Learn More What’s In It For You? For Robot Manufacturers: Differentiate Your Brand Gain a competitive edge and stand out from other market solutions. For Operators: Dramatic Cost Reduction Cut upfront costs Boost efficiency Enhance safety Eliminate vendor dependencies. For Integrators: Full Flexibility Genesis is hardware-agnostic, customizable for optimized customer solutions. Learn More How Does it Work? Seamless Integration One solution fits all Genesis supports all robot makes, models, and battery types. Headache-free Installation Fast, Plug-and-Play integration with standard ports and connectors. No mounting needed. Dynamic Layout Easy and quick layout changes with CaPow’s Floor Planner tool. Learn More Real-World: Success JLC Robotics Case Study: Eliminated Downtime, Enhanced Efficiency Discover how JLC Robotics leveraged CaPow. Learn More --- > Experience the perpetual edge with CaPow Energy. Unleash the power of our innovative power management solution for unmatched performance and efficiency. - Published: 2024-01-23 - Modified: 2024-10-30 - URL: https://capow.energy/capow-at-modex/ CaPow to Demo Live In-Motion Power Delivery to Mobile Robots at MODEX 2024 Schedule a meeting booth A12320 CaPow to Demo Live In-Motion Power Delivery to Mobile Robots at MODEX 2024 Schedule a meeting booth A12320Say goodbye toautomation downtime! 100% uptime for 100% of fleet Headache-free integration All platforms supportedLearn more about our technologyCaPow's Genesis revolutionizes the way mobile robots operate by delivering power while robots are in-motion, thus completely eliminating charging downtime and extra added robots, and providing 100% uptime for 100% of your fleet. Integrating Genesis into your robotic solution boosts your operational efficiency and dramatically reduces your overall cost-of-ownership. Book a Demo Schedule a meetingMeet us at MODEX and:Experience a live demo of Genesis, powering robots while in-motion. Talk to us about how integrating CaPow can show immediate savings in cost-of-ownershipHear some of our customer success stories and learn from their 100% uptime experience Schedule a meeting Read more about Power-in-motion in our Blog Want to get CaPowered? Contact us NAME* SURNAME* COMPANY* ROLE EMAIL* PHONE MESSAGE Send Form --- > CaPow Energy: Revolutionizing power for robotic fleets. Explore our mission & innovative technologies. Find out how we generate, store, and utilize energy. - Published: 2023-05-09 - Modified: 2025-02-12 - URL: https://capow.energy/about-old/ About Us We are CaPow“If I had asked people what they wanted, they would have said faster horses. "Henry FordOur solution looks beyond what exists today, to re-imagine the possibilities of power transfer. We recognized that perpetual power requires moving beyond ‘better batteries. ’ CaPow is fueling the future of automated robotic fleets. We are the first company to offer a solution that brings perpetual power to automated robotic fleets. Our vision is a world where battery-free robots are never forced to stop for charging. Our StoryThe inspiration that became CaPow’s revolutionary autonomous power delivery ecosystem began 15 years ago with Prof. Mor M. Peretz and his Power Electronics research at the Ben-Gurion University of the Negev. Together with CaPow co-founders Dr. Eli Abramov and Dr. Alon Cervera, Prof. Peretz started to explore the potential of unique wireless energy transfer solutions. The innovation that began in academia has evolved and been brought to commercial realization through CaPow, now the subject of numerous patents. CaPow’s potential has been recognized by leading industry 4. 0 investors, IL Ventures, among other individual investors. Former Amazon Robotics leaders and today industry influencers Vikas Enti and Nils Alstad are also strong believers in the CaPow solution and are serving as strategic advisors to the company. Constant motion is our goal. Perpetual power is our promise. Meet the team Prof. Mor M. PeretzCo-Founder & CEOMor Peretz is an internationally recognized authority on power electronics and hardware miniaturization. He is a Professor of Electronics and Energy management at Ben-Gurion University of the Negev, with over 200 peer-reviewed publications. He is the founder of the largest and most prominent research group of power electronics in Israel with $10M+ in funding. His 20+ registered patents have been licensed by global companies. Linkedin Alon Cervera, PhDCo-Founder & Chief ScientistAlon Cervera brings more than 10 years of hardware and product development to his role at CaPow. He holds a PhD in ECE from Ben-Gurion University and has 30+ publications to his name. Cervera is the innovator and creator of several patented and licensed products. Prior to CaPow, he was next generation optimization group leader at SolarEdge. Linkedin Eli Abramov, PhDCo-Founder & VP R&DEli Abramov holds a PhD in Electronics and Electronic Engineering from Ben-Gurion University of the Negev. He specialized in hardware development, in particular, ASIC for power management. Working with international electronic leaders, Abramov has led the development of technological solutions from R&D stage to the final product. He has more than 30 published peer-reviewed articles and holds numerous patents. Linkedin Amir FishelovChairmanAmir Fishelov brings over 20 years of experience in management and business development to CaPow. Fishelov is a Co-Founder of the leading smart energy transfer provider, SolarEdge (S&P 500 listed), where he was responsible for strategic planning, and customer partnerships while managing a team of 300+ engineers. Linkedin Noam Geffen Chief Business OfficerNoam Geffen brings vast experience in Sales and Business Development, and spearheading Account Management groups. Formerly a Senior Strategic Account Director for the Israeli government's Ministry of Innovation, Science and Technology, and Director of Presale in Jungo (now a Cisco company), Geffen has more than 10 years of experience overseeing large scale technological projects. He holds a B. Sc in Electrical engineering from Ben-Gurion University and an MBA from the University of Haifa. Linkedin Rebecca BarelHead of MarketingRebecca brings over a decade of expertise in tech marketing leadership to the CaPow team. With her extensive background in the industry, Rebecca has proven herself as a visionary marketer, driving growth and success across various ventures. At UserWay, a SaaS B2B company, she spearheaded marketing initiatives from inception, propelling the startup to achieve an IPO milestone in under two years. Her experience spans the spectrum from startups to corporate enterprises within the USA B2B landscape. Rebecca's strategic acumen and passion for innovation make her an invaluable asset, driving CaPow's mission to revolutionize the logistics industry. Linkedin Vikas EntiStrategic AdvisorFormerly the Head of Systems and Products at Amazon Robotics, Vikas Enti is a global innovator in robotic automation. At Amazon, he led a 150+ person global team to deliver three new product lines and scale four existing products across 100+ installations. Today he brings these experiences and knowledge to this field as an advisor to CaPow. Linkedin Nils AlstadStrategic AdvisorNils Alstad formerly served as the Vice President of Customer Experience at CANVAS Technology and Customer Experience Manager at Amazon Robotics. He is passionate about operations and automation, developing forward-thinking solutions to operational challenges. He is now working as an advisor to a number of up-and-coming robotic projects, with CaPow as a leading one. Linkedin Investors IL Ventures Mobilion MobiliTech Doral Energy Payton IL Ventures IL Ventures invests in disruptive yet tangible technologies that offer deep, actionable insights which drive better business decisions. The fund combines capital with incredibly deep operational experience and an unparalleled global network that helps founders rapidly scale and go global. Backed by top-tier global investors and partners, our team of company builders and industry executives – whose 25-year track record of success both as individuals and as partners precedes them – is joining forces once again to unlock the full potential of Israel’s most promising startups. www. il-ventures. com Mobilion The leading expert in the automotive industryMobilion is the only early stage venture capital fund that invests in smart mobility, with special focus on after-market innovative solutions and digital automotive services. Backed by a stellar team of strategic partners and investors from the global automotive industry, our fund opens the door for cutting-edge smart mobility and after-market innovators. www. mobilion-vc. com MobiliTech Mobilitech Capital is a leading venture capital fund that specializes in making smart capital investments in novel technologies in the mobility space, with strategic support from Dan Transportation Group and Samelet. Their primary focus is early stage investments, allowing them to leverage their expertise, experience and strategic value. They actively seek opportunities in the field of new mobility and energy solutions and aim to support exceptional teams and innovative solutions that enable smart, seamless, multimodal, electric, and efficient mobility. They do this through strategic partnerships, product refinement, piloting, business and strategy mentorship, and extensive international and local networks. With a team of experienced professionals, investors, and entrepreneurs, Mobilitech Capital closely collaborates with their portfolio teams at every step of the journey, drawing on their collective insights and guidance to build flourishing companies. www. mobilitech-capital. com Doral Energy-Tech Ventures We are investment and innovation arm of the Doral Group, a global renewable energy developer. Doral-Tech partners with inspiring entrepreneurs to build breakthrough companies taking on major global sustainability challenges. Doral-Tech invests in promising energy innovators, providing the expertise, capital and strategic support to bring to market groundbreaking technologies in a range of renewable energy and clean-tech related fields. www. doral-tech. com Payton Payton is the world leader in high frequency Planar magnetics, transformers and Inductors. www. paytongroup. com Open Positions --- > Capow's autonomous mobile robots' power management system ensures optimized wireless battery charging and operational efficiency in factory floor planning. - Published: 2023-01-29 - Modified: 2024-10-30 - URL: https://capow.energy/home-old/ Automation Downtime. Eliminated. Request a Demo Tackle your solution inefficiencies with CaPow’s Power-in-Motion platform With Genesis, CaPow’s Power-In-Motion platform, your robotic fleet will receive continuous power flow while on their route, enabling round-the-clock operation. Enhance sustainability and significantly increase your operational efficiency Request a Demo Proudly mentioned in: Next-Gen Power Delivery Platform for AGVs, AMRs, and Beyond Easy Integration Enhanced Safety Reduced OPEX Increased Throughput CaPow optimizes manufacturing, logistics, and commerce with Power-In-Motion, ensuring 100% uptime for AGV/AMRs. No fleet expansion or charging stations needed. Most of today’s robotic fleets are dependent on batteries and charging stations for power, requiring operators to invest in recharging, replacing, and recycling batteries. This reduces throughput capacity, and creates safety issues. Current ‘wireless’ energy solutions require stationary charging, which increases OPEX. CaPow’s power delivery platform solves all of the above by providing optimized next-gen power delivery platform for automated operations. Check how CaPow reduces your fleet size Saving Calculator Hyper-Operational Efficiency Power-In-Motion Change your definition of operational efficiency. Deploy CaPow in your fleet and robot downtime is over. With nonstop power to your fleet, CaPow ensures 100% uptime 100% of the time. There are no batteries to change or charging stations to enter. Lithium-Free Power Batteries are obsolete once CaPow is fully deployed on a robot fleet. Removing them (especially lithium batteries) from your fleet eliminates safety hazards, increases sustainability, and helps avoid damage to your reputation from power malfunctions and battery recalls. Condensed Fleet Stationary charging means that you need more robots to cover the time when some are out of action. CaPow removes the need for replacement robots, so you maximize your overall ROI by deploying the exact number of robots needed for the job. CaPow: Efficient. Safe. Constant. CaPow’s perpetual power delivery ecosystem brings continuous motion to automated robotics fleets (AMRs). Challenging robot manufacturers, solution providers, and operators to change their definition of operational efficiency, CaPow maintains consistent power for moving robots, ending the concept of robot ‘downtime'. Harnessing the potential of its unique solution, CaPow eliminates the need for lithium batteries or stationary charging ports. Immediately scalable and industry-agnostic, CaPow can be integrated seamlessly into any hardware and deployed in any facility. Headache-free integration CaPow’s solution can be easily integrated into both existing and newly designed AMR models, allowing them to receive power from CaPow’s antenna stickers on the warehouse floor. As the robot moves over the sticker, power is provided for both immediate and later use, creating a perpetual source of energy. CaPow’s ‘Floor Planner’ software tool allows you to easily plan your CaPow deployment. Learn more Who is it for? Operators CaPow enables warehouse operators to maintain constant throughput by reducing the hassle of batteries and associated risks. Fleet management is simplified with downtime eliminated thanks to CaPow’s continuous energy flow. Genesis will boost your ROI. Learn more Solution Providers CaPow gives solution providers a competitive edge, allowing them to offer their clients greater fleet flexibility, reduced OPEX, and increased ROI. The CaPow solutions allow for adaptable warehouse planning as any changes to layout or load changes do not affect the system. Learn more AMR Manufacturers CaPow helps robot manufacturers to extend their offering by either replacing or integrating with existing batteries, opening the potential for robots to operate in sub-zero temperatures, more space for additional product features, and removing potential hazards. Learn more --- --- ## Posts > Robots pausing mid-shift. Chargers occupied. Batteries triggering manual intervention. Promises of 24/7 uptime aren't kept. The energy model is outdated. - Published: 2025-07-03 - Modified: 2025-07-03 - URL: https://capow.energy/blog/articles/when-automation-outpaces-infrastructure/ - Categories: Articles - Authors: Rebecca Warehouses and industrial operations are accelerating automation at unprecedented speed. Robots are navigating complex environments, handling goods, sorting, scanning, and transporting with precision. On the surface, everything appears optimized. But look closer and a different picture emerges. Robots are pausing mid-shift. Chargers are occupied. Battery alerts are triggering manual intervention. Floor space is being consumed by static charging zones. And the promise of 24/7 uptime is quietly undermined by something most teams are not even measuring. The problem is not the robots. It is the outdated energy model behind them. Static Energy Is Undermining Dynamic Systems Automation was designed for flow. Mobile robots were built to move. Yet most still operate on a stop-to-charge schedule. They follow pre-programmed routes only to return to fixed points for energy. This is not just inefficient. It is contradictory. We have dynamic, intelligent, autonomous fleets powered by a static, rigid infrastructure. While software evolves and workflows optimize, charging remains a bottleneck. Robots idle. Operators buffer time for energy breaks. Teams swap batteries between shifts. Floorplans are compromised. Throughput is throttled. And all of this is accepted as “normal. ” Measuring the Real Cost of Downtime Charging delays are rarely captured as a line item, but the losses are real. Each robot that pauses for two hours a day forfeits roughly 500 productive hours per year. Multiply that across a fleet of 30 units and you are looking at 15,000 hours lost annually. This does not include manual labor tied to battery management, or the cascading delays from peak-time congestion at docking zones. Static charging also demands valuable floor space. Charging zones reduce usable square footage and constrain layout flexibility. Add to that the maintenance burden and labor overhead, and the energy model quickly becomes a drag on performance and profitability. Automation is meant to unlock scale. But if power cannot keep up, scale becomes expensive. A Different Question: What if Robots Never Had to Stop? That is the question some of the most advanced operators are now asking. Instead of scaling chargers, they are rethinking the role of energy. Instead of asking robots to go get power, they are building systems where power meets the robot. CaPow’s Power-in-Motion platform is built for this shift. It delivers energy to robots while they operate. No docking. No alignment. No downtime. It is not a marginal improvement. It is a structural change. With in-motion power delivery: Robots remain in continuous operation Battery capacity can shrink, reducing cost and weight Charging zones are eliminated, freeing floor space Manual battery handling is reduced or removed entirely Fleet uptime becomes predictable and stable This shift allows automation to perform at its full potential. Not in bursts. Not with breaks. But as a constant, flowing system. Why This Moment Matters The number of robots inside facilities is growing year over year. According to a 2025 market report by WiseGuy Reports, the global market for fully automated charging stations is projected to exceed 200 billion dollars by 2032, driven largely by demand from robotics, logistics, and shared mobility. But this growth cannot be supported if charging infrastructure continues to rely on physical alignment, static docks, or manual battery management. Operators who want to future-proof their systems need to build energy delivery into the fabric of the operation. As analysts have observed, the value of automation is increasingly tied to how seamlessly systems operate across the entire flow- not just in isolated steps. That means thinking beyond hardware and looking at energy as a layer that travels with the robot and adapts to motion. In-motion energy is not a feature. It is a foundation. From Reactive Energy to Embedded Power CaPow’s floor antenna system is modular. It integrates into existing layouts without the need for major construction. It adapts to different robot types. And it delivers power even when the robot is misaligned or in motion. This level of adaptability means less time designing for power, and more time optimizing for output. It means no more downtime for recharging, and more uptime for revenue-generating tasks. It means automation that does what it was meant to do: run, not wait. And unlike traditional charging models, this infrastructure does not ask for floor space, cables, or attention. It simply works in the background, continuously. The Next Evolution of Automation As automation becomes more central to manufacturing, logistics, fulfillment, and retail, the systems that support it must evolve. Energy is one of the last invisible frictions in mobile robotics. Solving it requires more than smarter batteries. It requires a smarter approach to delivery. According to TechTime’s coverage, CaPow’s Power-in-Motion platform is already proving its value in mission-critical deployments, offering wireless energy without docking, downtime, or detours. The future is not faster robots. The future is infrastructure that no longer asks them to slow down. --- > CaPow’s Power-in-Motion delivers energy to mobile robots as they move, any robot, any path, any floor. The only thing that changes? Your efficiency. - Published: 2025-06-19 - Modified: 2025-06-19 - URL: https://capow.energy/blog/articles/eliminate-charging-downtime-maximize-robotic-fleet-efficiency/ - Categories: Articles - Authors: Rebecca Why CaPow’s Power-in-Motion approach is the quiet shift your operation needs to win In a world where agility is no longer a buzzword but a baseline, the cost of standing still isn’t theoretical - it’s measurable. Businesses in manufacturing, logistics, and fulfillment are in a constant race to update, optimize, and scale, without pausing what actually keeps them running. And here’s the kicker: many of them are spending time and capital solving the wrong problem. There’s endless talk about AI, orchestration software, vision systems. But while we’re all chasing performance at the edge, most fleets still pause to charge. In 2025. In full warehouses. With real demand. That’s not innovation, that’s inertia. Why Eliminating Charging Downtime Unlocks Instant ROI in Warehouse Automation This is where CaPow comes in, and here’s what makes it different. We’re not asking you to change your robots. We’re not asking you to redesign your facility. We’re asking you to stop accepting energy downtime as a cost of doing business. CaPow’s Power-in-Motion delivers energy to mobile robots as they move, any robot, any path, any floor. The only thing that changes? Your efficiency. Your throughput. And your return on investment. And yes, we mean that literally. Real-World Use Cases: How Power-in-Motion Boosts Robot Performance Without Adding Fleet Example 1: You’ve got a fleet of 50 robots in a warehouse. They spend 15% of their time charging, and you’re being pushed to increase output. You could invest in 10 more robots... or remove the bottleneck. With CaPow, you retrofit the existing fleet in one day, eliminate the charging dock, reclaim the space, and raise system availability to 100%. Same robots. Same layout. Just fully utilized. Example 2: You’re running AGVs in a fulfillment center. Demand peaks are predictable, Black Friday, back to school, but your AGVs can’t keep up because they need to be rotated out for charging. You either add headcount or cut SLAs. With CaPow, AGVs stay in flow. No idle time. No backup robots. No mess. You run leaner, faster, and meet the spike without overspending. Example 3: You’ve got robo-shuttles in shelf-to-person operations. They follow a fixed path, picking bins from high racks. You already optimized for space, there’s no room for additional robots or charging lanes. CaPow adds a modular floor power strip, integrated along the shuttle’s travel path, and that’s it. No architectural changes. Just continuous uptime, more orders out per shift, and zero added complexity. Power-in-Motion: The Only Scalable Upgrade That Fits Any Robotic Fleet CaPow doesn’t market hype. We’re not selling you a dream of autonomous everything in 2030. We’re giving you an edge right now, a power delivery platform that makes every robot you already own more productive without disrupting a single inch of your operation. It's retrofit-ready. It's OEM-agnostic. It works in automotive plants, fulfillment centers, cold storage, and anywhere downtime still exists. The difference? Everyone else optimizes around the downtime. CaPow removes it. The Future of Mobile Robot Efficiency Starts with Removing Charging Stops Innovation isn’t always a new system. Sometimes it’s subtracting the one constraint no one questioned. Charging downtime has been accepted for too long. It’s expensive. It’s space-consuming. It’s a planning headache. And it’s over. If you’re serious about operational efficiency, not just charts in a board deck, but real, floor-level output, you need to try this. No risk, no drama, no overhaul. Just one quiet, surgical upgrade that changes everything. --- - Published: 2025-06-11 - Modified: 2025-06-19 - URL: https://capow.energy/blog/articles/operational-downtime-slashed-by-100-why-the-smartest-teams-are-replacing-chargers-with-capow/ - Categories: Articles - Authors: Rebecca There’s something about automation that feels invincible, until your robots stop. Every charging cycle. Every extra robot just sitting around as backup. Every square foot wasted on docks. Every hour of inactivity. It all adds up. Not just in lost time- but in lost profit. And yet, while most operations are still designing around limitations, a handful of frontrunners decided to eliminate them. Let’s talk numbers. And real results. 50 robots in use. 100% uptime. Tier1 manufacturer. A tier-1 automotive manufacturer running one of the largest facilities in North America saw 25% of its robotic fleet offline at any given time. To compensate, they scaled up to 50 robots, knowing 20% were just there to absorb the hit. Then came CaPow. No redesign. No rebuild. Just integration of Genesis, CaPow’s Power-in-Motion energy platform. Result? 100% uptime. Automation losses down by 50%. The backup fleet? Gone. Operational costs down 32%, with zero downtime. At JLC Robotics, the situation was similar. Their Thouzer AGVs were leading-edge, but shackled by lead-acid batteries and up to 8 hours of charging per shift. So they tore them out. Replaced them with CaPow’s supercapacitors. Installed Genesis. The impact? Operational losses cut by 50% Cost-of-ownership dropped by 32% No more dedicated charging zones No more shift gaps due to low power As Phil Denton put it: “It just works. No more forgetting to charge, no more bottlenecks. We stopped managing power- and started managing productivity. ” No charging detours. No wasted space. Peer Robotics partnered with CaPow to bring Power-in-Motion to their collaborative AMRs- and found it was the missing link in unlocking true continuous operation. No floor-space concessions No re-routing for charging stops No expensive alignment headaches Why? Because CaPow’s modular floor antennas and receivers can deliver power even when misaligned up to 50% of the robot’s width. That’s not marketing speak. That’s patented physics. Tested head-to-head. Result: downtime eliminated. CaPow outperformed traditional charging systems. Hyundai Glovis, a logistics giant under the Hyundai Motor Group, ran side-by-side trials comparing CaPow’s dynamic system to traditional contact-based charging. The verdict? “Downtime was eliminated. ” Not reduced. Not optimized. Eliminated. So here’s the real question: If downtime can be zero... If backup fleets are optional... If ROI can be shortened by a third... If lithium battery dependence is no longer mandatory... Then why are you still running like it’s 2015? CaPow’s Genesis isn’t another wireless charging solution, it’s a total reframe of how energy meets motion. Power is delivered while robots move, at full operational speed, without forcing detours, slowdowns, or space sacrifices. And it works with any robot- AGVs, AMRs, pallet shuttles, you name it. You don’t need more robots. You need robots that never stop. Want to see what your numbers would look like? We’ll show you the savings- fleet size, space, batteries, energy costs. All of it. Book a demo or run the Savings Calculator. Because when others are scaling inefficiency, you could be scaling output. --- - Published: 2025-06-04 - Modified: 2025-06-19 - URL: https://capow.energy/blog/articles/automations-hidden-cost-the-time-nobody-talks-about/ - Categories: Articles - Authors: Rebecca Robots don’t get tired. But they do stop. That’s the part most ROI models miss. When manufacturers and warehouse operators invest in automation, they expect output on demand - a tireless workforce. But in reality, autonomous fleets are frequently offline. Not because of maintenance. Not because of breakdowns. Because of something far more mundane: They’re waiting for power. Mobile Robot in a Warehouse- Illustration The Illusion of Always-On From the outside, robotic automation looks sleek and efficient. Internally? It’s a maze of charging schedules, backup fleets, and space compromises. Robots spend as much as 20-30% of their operational window idling due to recharging, or queuing for availability. That downtime quietly drags down throughput, inflates operational costs, and forces managers to overbuild - more robots, more chargers, more systems, more complexity. In ASRS systems Automated cranes or shuttle units that need to pause for charging throw off the rhythm of high-frequency picking. Even seconds of unavailability can cause cascading inefficiencies across multiple aisles and totes. In Roboshuttle and Goods-to-Person operations When robots must leave the workflow zone to dock, the very premise of speed and proximity - the foundation of G2P ROI - erodes. Operators end up building larger fleets just to fill in the gaps. In the automotive industry AGVs used for just-in-sequence (JIS) delivery on assembly lines can’t afford to stop. A missed delivery window isn’t just inconvenient - it disrupts takt time and threatens the entire production cadence. If you're adding 35% more bots just to cover charging gaps, are you really scaling smart? Dead Space, Lost Time, Inflated Budgets Every square foot allocated to charging docks is a square foot you can’t use for storage, picking, or assembly. Every extra robot in a “standby pool” is capital sitting idle. And every delay - even micro-delays - adds friction to a system designed to be frictionless. You don’t just lose time. You lose trust, uptime, and eventually, profit. Rethinking Power = Rewriting ROI What if robots didn’t have to stop to receive energy? At CaPow, that’s not a hypothetical. Our Genesis platform delivers Power-in-Motion - energy flows to robots while they move, operate, and fulfill. No docking. No pause points. No stop-start inefficiencies. Power just flows. Instead of overbuilding fleets to patch over charging dead zones, our partners shrink their fleets by up to 20%, reclaim valuable floor space, and scale with confidence. We’ve seen it firsthand in Tier 1 automotive plants, high-density fulfillment hubs, and micro-warehouses supporting same-day delivery. The Future Isn’t Charged. It’s Powered. ASRS, AMRs, AGVs, Roboshuttles - none of them were designed to sit still. Why should their power supply force them to? The road to ROI doesn’t go through better batteries or faster chargers. It goes through eliminating charging altogether. Because the real ROI of robotics starts when the robots never stop. Want to see what zero downtime looks like in your operation? Book a live demo and meet Genesis in motion - powering the systems that power your business. --- - Published: 2025-06-03 - Modified: 2025-06-19 - URL: https://capow.energy/blog/articles/why-fast-charging-still-isnt-fast-enough/ - Categories: Articles - Authors: Rebecca For years, automation specialists were told to chase faster charging. Smarter batteries. Better management systems. And lithium-ion technology? A revolution, no doubt. But here’s the thing: even the best battery still needs to stop to charge. And when your fleet stops, so does your operation. We believe it's time to reframe the problem. It’s not about how fast you can charge. It’s about whether you need to charge at all. The Hidden Cost of Every Pause Sliding contacts, cables, inductive pads - they all have something in common: they require the robot to sit still. That’s time your operation isn’t moving product, fulfilling orders, or adding value. Multiply that across dozens or hundreds of robots and shifts, and you get a hidden drain on ROI that no C-rate or “opportunity charging” curve can mask. Even “in-process” inductive chargers still operate on pause points. They’re just shorter. But what if power delivery didn’t require stopping at all? Energy on the Move: A New Paradigm CaPow’s Genesis platform turns energy from a scheduled event into a seamless background process. Our Power-in-Motion technology lets mobile robots receive energy dynamically, even while in motion - with no exposure risks, and no compromise on alignment. That’s not a slight improvement. That’s a paradigm shift. No more dedicated charging areas eating up floor space. No more idle time baked into every shift. No more overbuilt fleets to cover for downtime. The Results Speak for Themselves Our partners have eliminated charging downtime entirely, reduced fleet sizes by up to 20%, and shortened ROI cycles dramatically - while maintaining 100% uptime. Genesis works across all robotic platforms (AGVs, AMRs, pallet shuttles, ASRS, and more), integrates into existing facilities within a single workday, and adapts to any environment - no trenching, no digging, no redesign required. Still Optimizing Charging? We’re not here to charge faster. We’re here to make charging irrelevant. If your automation strategy still hinges on “how” and “when” to charge - maybe it’s time to ask why you’re charging at all. Ready to move forward? Literally. Book a demo and see how Power-in-Motion transforms your floor - and your bottom line. *Featured Image by juicy_fish on Freepik --- - Published: 2025-05-27 - Modified: 2025-06-19 - URL: https://capow.energy/blog/articles/humanoids-need-more-than-ai-they-need-power-in-motion/ - Categories: Articles - Authors: Rebecca As humanoid robots step out of labs and into real-world tasks, a surprising bottleneck emerges: energy. These machines can see, speak, and move like us, but if they have to stop and charge, all that capability comes to a halt. CaPow changes that. Our Genesis platform delivers energy while robots move - not through continuous slow charging, but through intentional energy sips designed to maintain 24/7 operation. No docking. No detours. No downtime. A recent article from eeNews Europe made it clear: the next leap in humanoid robotics won’t be about better AI - it’ll be about smarter power delivery. “The cost of humanoid robots will only drop if they can be kept running with a smaller number of units- and that means less downtime for charging. ” Exactly. Why Humanoids Need Power-in-Motion Humanoids don’t just roam factory floors - they work in spaces designed for people. Hospitals. Stores. Warehouses. In these environments, stopping for a charge isn’t just inefficient, it’s disruptive. That’s why Genesis was built from the ground up to support: Dynamic movement with energy delivered on the go Reduced battery dependency - fewer cells, longer life Lean fleets that don’t need to overcompensate for idle time Not Charging. Staying Operational. This isn’t trickle-charging. It’s operational freedom - the ability to stay functional, efficient, and autonomous without compromise. That’s why leading automation operators are already turning to CaPow, and why humanoid OEMs are next. In-motion energy delivery isn’t a feature. It’s infrastructure. And without it, humanoids won't scale. Even the smartest robot is powerless... if it’s parked. Learn how we keep them moving: https://capow. energy/technology/ --- - Published: 2025-05-20 - Modified: 2025-06-05 - URL: https://capow.energy/blog/insights/hyundai-glovis-case-study-eliminating-agv-downtime-with-power-in-motion/ - Categories: Insights - Tags: Case Study - Authors: Rebecca Hyundai Glovis Case Study:Eliminating AGV Downtime with Power-in-Motion The Challenge: Hyundai Glovis, a global logistics leader under Hyundai Motor Group, operates high-throughput AGV fleets across advanced manufacturing and fulfillment environments. Like many operators, they faced mounting efficiency losses caused by routine charging downtime, oversized fleets, and floor space lost to static charging infrastructure. The Solution: To address these constraints, Hyundai Glovis partnered with CaPow to test Genesis - a Power-in-Motion energy platform that delivers wireless energy to AGVs while they move, without requiring stops, route changes, or dedicated charging stations. Two robot clusters were compared side by side: one using traditional charging methods, the other fully CaPowered with modular energy pads placed along the robots’ natural operational routes. Noam Geffen CBO CaPow highlights, ”The success of this PoC demonstrates how CaPow's solution breaks operational efficiency barriers and allows operators to tap into unlocked potential. ” The Results: The traditionally powered cluster showed consistent charging interruptions during each 8-hour shift, reducing fleet availability and overall efficiency. In contrast, the CaPow-enabled robots maintained full operation throughout - no charging delays, no added hardware, and no extra coordination required. The Results: 15% increase in operational efficiency by eliminating charging downtime 100% of the robot fleet stays active - no idle units due to charging No need for charging zones, freeing up workflow and improving layout flexibility Zero time lost to detours or return trips for charging Genesis was installed without changes to robot design or facility infrastructure. The success of the pilot validated Power-in-Motion as a scalable, low-friction energy solution for high-demand operations. About CaPow CaPow is pioneering energy transfer solutions with its Genesis platform, ensuring 100% uptime for automated fleets. Hyundai Glovis Hyundai Glovis is a global logistics and supply chain leader under Hyundai Motor Group, operating advanced automation and smart warehouse systems worldwide. Their facilities integrate cutting-edge robotics to optimize automotive parts distribution and global freight operations. Read the Full Case Study --- - Published: 2025-05-14 - Modified: 2025-06-19 - URL: https://capow.energy/blog/articles/the-charging-dilemma-in-warehouse-automation/ - Categories: Articles - Authors: Rebecca Why In-Motion Energy Delivery is Reshaping Mobile Robotics Introduction: Automation’s Hidden Limitation Autonomous Mobile Robots (AMRs) and Automated Guided Vehicles (AGVs) have transformed logistics, manufacturing, and fulfillment operations. But while movement has been automated, power has not. The majority of today’s mobile robots are still tied to static charging infrastructure, paused productivity, oversized fleets, and battery-dependent work cycles. Whether it’s contact charging stations, inductive pads, or manual battery swaps, every conventional strategy introduces friction: stop the robot, reroute it to charge, reduce your output, and increase your costs. The market has accepted this as a limitation. CaPow doesn’t. This article offers a practical comparison between the dominant energy strategies in mobile robotics - and makes the case for a new category altogether: Power-in-Motion. The Industry Standard: Static Charging’s Tradeoffs Three primary methods dominate robot charging today: Contact-based Charging (Online/Opportunistic) Robots pause at docks or charging plates. Alignments must be precise. Any deviation = no power. This results in: Downtime Wear and tear on mechanical connectors Floor space loss Extra robots to maintain throughput Wireless Inductive Charging While technically contactless, inductive systems still require positional alignment and robot stops. They also introduce: High cost for partial gains Metal interference and environmental sensitivity Infrastructure rigidity Battery Swapping Swaps (manual or automated) are fast but require: Backup batteries Human or machine labor Coordination Expensive automation if fully robotic Each of these strategies involves an interruptive event. That interruption costs time, labor, floor space, robot lifespan, and ultimately, ROI. Why Faster Isn’t Fast Enough Lithium-ion batteries have improved fast-charging capability - up to 1C - and boast deeper discharge cycles and longer life. But even with better batteries, the equation remains: robots must stop to receive power. And while lithium is efficient, it’s: Expensive Environmentally problematic A safety hazard in large-scale operations Facilities may reduce charging time to 10-15% of the robot’s operational cycle - but 10% downtime is still downtime. Worse: high-speed charging contributes to battery wear and heat buildup, which shortens lifecycle and increases risk. Introducing Power-in-Motion CaPow’s Genesis system eliminates the pause altogether. By delivering continuous, wireless power while the robot is in motion, Genesis offers a radically different approach - one that transforms the energy model from “charge and operate” to “operate while charging. ” This is not just a technology shift. It’s a strategic leap. How It Works Capacitive Energy Transfer: Unlike inductive systems, CaPow uses electric fields and adaptive matching networks to transfer energy with wide alignment tolerance - even during motion. Modular Floor Antennas: Installed along the robot’s existing operational route (not at a dock), with no excavation or facility downtime required. Receiver Integration: Hardware-agnostic and battery-agnostic. Genesis integrates easily with existing robot models and all battery chemistries - no redesigns needed. Extreme Misalignment Tolerance: Even if a robot covers just 50% of the pad, full power is delivered. What This Changes By powering robots in motion, CaPow eliminates every traditional energy bottleneck: Old Model CaPow Genesis Dedicated charging zones No chargers, no docks Charging pauses Continuous energy in motion Extra robots to compensate Leaner, right-sized fleets Oversized batteries Smaller, longer-living packs Heat and wear Gentle, trickle-style energy Operational Impact From Hyundai to JLC Robotics, real-world deployments of Genesis have shown: 100% uptime 15% increase in operational efficiency 50% reduction in automation losses (Tier 1 automotive) 32% lower total cost of ownership Eliminated need for 20% extra robots and 8 chargers (JLC) Battery lifespan extended by up to 40% The OEE Factor Most facilities aim for high OEE (Overall Equipment Effectiveness), a metric composed of: Availability Performance Quality Traditional charging reduces availability. Every pause to charge lowers OEE. Every charger added is space not used for operations. Every robot waiting = money lost. CaPow directly impacts availability, unlocking a true path to 85%+ world-class OEE - not by replacing robots, but by redefining how they stay powered. Sustainability & Safety Power-in-Motion contributes directly to sustainability: Fewer robots = less material production Smaller batteries = less lithium dependence Trickle charging = fewer fire risks No charging docks = safer floor layout Less idle time = lower energy waste For facilities aiming to reduce carbon footprint or comply with ESG mandates, this is a measurable win. Who Should Care If you are: An operator running fleets of AMRs, AGVs, or shuttles An OEM designing robotic systems for modern warehouses An integrator optimizing complex logistics environments Then downtime - even 10% - is your enemy. CaPow makes it obsolete. Conclusion: Why This Isn’t Just Another Charger CaPow is not a charger. It’s a platform for perpetual power. And more than that, it’s a mindset shift: From charging as a destination → to charging as a byproduct of movement From buying more robots → to getting more from what you have From accommodating battery limits → to designing energy around operations Charging strategies haven’t caught up to robot mobility. With CaPow, now they can. Ready to Eliminate Downtime? Visit capow. energy or book a meeting to learn how Genesis can be deployed in your facility - with no disruption and no extra hardware. Stop stopping. Start performing. --- - Published: 2025-05-12 - Modified: 2025-06-19 - URL: https://capow.energy/blog/articles/beyond-charging-why-power-in-motion-is-the-conversation-we-should-be-having-at-automate/ - Categories: Articles - Authors: Rebecca At this week’s Automate event in Detroit, the conversation is (rightfully) focused on robotics, autonomy, and AI-driven efficiency. But behind every smart system and seamless flow lies a fundamental limitation no one likes to talk about: energy. More specifically - charging. As Prof. Mor Peretz, CEO and Co-Founder of CaPow, put it in a recent interview: “Every robot that stops is not productive. ” And yet, traditional energy systems still expect robots - the very symbol of automation - to pause their workflow just to stay powered. That contradiction is what CaPow was built to solve. From Idea to InfrastructureCaPow’s journey didn’t start in a defense unit or a big tech garage. It started in a lab. With research. With years of building blocks, failures, and breakthroughs. What emerged was something deceptively simple: a way to deliver power to moving robots - without requiring perfect alignment, charging docks, or downtime. Genesis, CaPow’s flagship system, uses capacitive energy transfer to power AMRs and AGVs while they move through their normal routes. No extra infrastructure. No workflow detours. Just uninterrupted motion. Not Just Innovation. Integration. At CaPow’s core is a deep respect for practicality. The system is plug-and-play, hardware-agnostic, and retrofittable. It’s already live in facilities around the world - including tier-1 manufacturers and logistics centers - proving that the future of power isn't static. It's dynamic, adaptable, and alive. From Forklifts to HumanoidsWhat excites us isn’t just where CaPow is today - but where it’s going. From powering forklifts and tugger fleets, to eventually enabling humanoids to operate 24/7 without energy bottlenecks, our roadmap is built for the next wave of automation. So Why Bring This Up at Automate? Because the robots are ready. The AI is ready. But power? Until now, it wasn’t. If you're in Detroit this week, stop asking how your robots will run - and start asking why they’re still stopping. Book a Meeting with Noam Geffen --- - Published: 2025-05-04 - Modified: 2025-06-19 - URL: https://capow.energy/blog/articles/from-the-lab-to-the-line-how-capow-is-powering-the-future-of-robotics-on-air-with-prof-mor-peretz/ - Categories: Articles - Authors: Rebecca Link to interview: Kan English Podcast – CaPow’s Power Revolution When Prof. Mor Peretz, CEO and co-founder of CaPow, joined the Kan English podcast, he didn’t just share the story of a rising Israeli startup—he offered a glimpse into the future of industrial automation. In a 10-minute conversation hosted by Kan’s Miryam Golan, Peretz explained how CaPow’s ‘Power-in-Motion’ innovation is reshaping the robotics industry and why it all started in a university lab in Be’er Sheva. Key Highlights: Eliminating DowntimeCaPow’s technology enables autonomous robots to receive energy continuously while moving, removing the need for charging docks. The result? Fleets that run 100% of the time, with no need to overspend on additional robots just to cover downtime. Goodbye Batteries, Hello SupercapacitorsWith CaPow, operators can extend the life of existing lithium-ion batteries threefold- or eliminate them altogether using CaPow’s proprietary power pack, based on supercapacitor technology. Seamless IntegrationCaPow’s solution is designed for fast deployment, with zero interruption to operations. It’s robot-agnostic, battery-flexible, and doesn’t require robots to stop or align precisely to receive power. Backed by Industry GiantsToyota Ventures led CaPow’s Series A funding round, with ongoing projects involving Hyundai and other global leaders in automation. Born in the Negev, Built for the WorldCaPow was spun out of Ben-Gurion University by Peretz and his former PhD students. Staying in Be’er Sheva was a deliberate choice, tied to a vision of building tech excellence beyond Israel’s center. Full Transcript Miryam Golan: You're listening to the Kan podcast. We are speaking with Professor Mor Peretz, CEO and founder of CaPow. Thank you for joining us. Tell us a bit about what CaPow does. Mor Peretz: Thank you. So, CaPow is a word game for capacitive power. Our technology is a unique wireless energy transfer solution tailored for autonomous applications in manufacturing, logistics, and commerce. The problem today in these environments is that robots are required to stop and charge frequently. Typically, you get a three-to-one or five-to-one work-to-charge ratio- meaning you need 130 robots just to compensate for the downtime of 100 working robots. CaPow's solution enables power in motion- and more specifically, power en route- so robots never have to deviate from their productive paths. This means 100% of the fleet can work 100% of the time. These robots are usually powered by lithium-ion batteries, which come with safety, shipping, storing, and recycling headaches. CaPow gives customers the option to either extend battery life by 3x, reduce battery size, or eliminate it altogether by using our supercapacitor-based power pack. So when robots drive near a CaPow-powered zone, they take what we call “a sip of energy” that sustains them until their next cycle. Golan: So the batteries are installed on the robots, but they receive charge remotely, correct? Peretz: Yes. Our deployment is in two parts: a stationary transmitting area placed strategically along the route, and an onboard receiver that converts energy from the ground pod into usable power for the robot. Golan: This really boosts efficiency since fewer robots are needed and they run continuously, right? Peretz: Exactly. We define this as operational efficiency. And with CaPow, it increases considerably. Golan: How common is this kind of approach? Or are you breaking new ground? Peretz: There are other energy transfer solutions out there, but CaPow is the only one offering true power-in-motion—meaning robots don’t need to align precisely or return to specific stations. And our system is headache-free to integrate. It’s plug-and-play, with no operational downtime for installation. Golan: You’ve also had strong backing from major investors. Peretz: Yes, we’re proud that Toyota Ventures led our Series A round. We’re also working with many industry leaders. Hyundai, for example, ran successful pilots and is now moving toward full integration. Golan: Can this apply to other sectors, like EVs? Peretz: Yes, definitely. Like how Amazon started with books, we began with small-to-medium robots. But the long-term vision includes defined-route vehicles like autonomous shuttles and more. Golan: Tell us about your own path to tech. It wasn’t direct. Peretz: I grew up in Be’er Sheva and was into sports—mainly basketball. After an army injury, I turned to academia. I became a full professor at Ben-Gurion University, focusing on energy and electronics. CaPow started in our lab with two of my PhD students—Eli Abramov and Alon Seville- who are now co-founders. Our lab has always been about applied innovation, working closely with industry. Golan: And the decision to stay in Be’er Sheva? Peretz: Absolutely. We believe in David Ben-Gurion’s vision of the Negev. Excellence shouldn’t be limited to central Israel. From outside the country, Tel Aviv and Be’er Sheva are just 60 miles apart- but inside, we know the difference. That’s changing, and we’re proud to be part of that transformation. Golan: Thank you so much for speaking with us. Peretz: Thank you. It was a pleasure. --- - Published: 2025-04-23 - Modified: 2025-06-19 - URL: https://capow.energy/blog/articles/battery-independence-begins-here/ - Categories: Articles - Authors: Rebecca As export bans tighten, CaPow offers a path beyond cobalt and lithium dependency In a world suddenly waking up to the geopolitical fragility of the battery supply chain, CaPow’s mission has never felt more urgent—or more visionary. China’s latest move to restrict the export of lithium and cobalt processing technologies to the United States sent a ripple through global markets. But for many in the robotics and automation space, this wasn’t just a policy shift. It was a wake-up call. The era of blind battery dependence is over. And CaPow is already building what’s next. Why Batteries Became a Bottleneck Batteries have long been the hidden cost center of robotic automation: heavy, slow to charge, prone to overheating, environmentally problematic, and now—politically volatile. They were once seen as a necessary evil for automation. But at CaPow, we see them as an obstacle. Automated Guided Vehicles (AGVs) and Autonomous Mobile Robots (AMRs), the backbone of smart warehouses and production lines, rely on batteries that slow them down in every sense—physically, economically, and now geopolitically. As battery supply chains become a global flashpoint, the question is no longer if we need a new model—but how soon we can implement one. The Solution: Dynamic AMR and AGV Charging with Power-in-Motion CaPow’s Genesis platform represents a fundamental shift in how robotic systems are powered. Instead of relying on outdated models of AGV charging and AMR charging, where downtime is inevitable, Genesis delivers energy-in-motion. It allows robots to receive power continuously while moving—no docking, no waiting, and no batteries to swap. Genesis At a Glance: 100% Uptime – No more production pauses for charging 30% ROI savings – Less idle time, fewer robots, more value 20% fleet reduction – Achieve full throughput with fewer units Zero charging zones – Eliminate wasted floor space Fleet-agnostic compatibility – Works with AGVs, AMRs, ASRS, pallet shuttles and more Up to 88% energy transfer efficiency – Even with misalignment or movement Why This Matters Now In a climate where strategic autonomy is the new currency, Genesis offers operational independence. Manufacturers and logistics providers can dramatically reduce their exposure to battery sourcing risks—without compromising productivity or scalability. This is more than innovation. It’s insulation—from geopolitical volatility, from raw material shortages, and from the mounting costs of battery-based infrastructure. The Future Is Moving—and It’s Wireless Genesis is already deployed across North America and Europe, powering fleets in motion with results that speak for themselves. It’s not a prototype. It’s a proven, scalable solution for robotic energy transfer—and it’s redefining the standard for AGV and AMR charging worldwide. References CaPow One Pager – Genesis System Specs & Benefits (2025) Reuters: China proposes further export curbs on battery, critical minerals tech (2025) Reuters: China bans export of critical minerals to US as trade tensions escalate (2024) Reuters: Trump strategy threatens critical mineral supplies for clean power (2025) --- - Published: 2025-04-14 - Modified: 2025-04-29 - URL: https://capow.energy/blog/insights/webinar-on-demand-agv-network/ - Categories: Insights - Authors: Rebecca Now On-Demand: The Next Mobile Robot Innovation corner The Next Mobile Robot Innovation Corner Featuring Capow Featuring CAPOW Watch Now Join this exclusive AGV Network webinar featuring Alon Cervera, Co-Founder and Chief Scientist at CaPow, as he explores the science behind capacitive power transfer and its transformative impact on AMRs and AGVs. Discover how Power-on-the-Go is enabling: 01 Smaller batteries 02 Zero charging downtime 03 Maximized fleet efficiency Whether you're scaling automation or rethinking infrastructure, this session offers the insights you need to power up your strategy. Watch Now --- - Published: 2025-04-10 - Modified: 2025-06-19 - URL: https://capow.energy/blog/articles/amr-charging-and-agv-charging-how-oems-can-optimize-operations-with-in-motion-power-delivery/ - Categories: Articles - Authors: Rebecca Introduction: AMRs (Autonomous Mobile Robots) and AGVs (Automated Guided Vehicles) are central to the efficiency of industries like warehousing, manufacturing, and e-commerce. However, despite their potential, one significant challenge remains: charging downtime. Traditional charging methods require AMRs and AGVs to stop and dock at charging stations for hours, halting operations and negatively affecting productivity. For OEMs (Original Equipment Manufacturers), this downtime is a serious bottleneck, limiting the ability to scale and increase operational efficiency. CaPow’s Genesis system provides a solution to this challenge with in-motion charging technology. This blog post explores how OEMs can enhance robot operations and stay competitive in the market by leveraging AMR charging and AGV charging solutions that eliminate downtime and increase ROI. The Charging Dilemma: An OEM’s Silent Bottleneck For OEMs, maximizing the value of their robot fleets means ensuring they are operational as much as possible. Downtime is one of the biggest threats to this goal. AMR charging and AGV charging downtime, in particular, represents a significant obstacle, with industry estimates indicating that downtime can account for 20-30% of total robot operational time across various sectors. While specific numbers can vary depending on the operational environment, the general consensus across the industry, including Frost & Sullivan and other market research firms, suggests that charging inefficiencies remain a key barrier to maximizing productivity. As demand for automation increases, the importance of eliminating this bottleneck has never been clearer for OEMs striving to optimize their fleets. In-Motion Charging: A Breakthrough for AMR and AGV Operations In-motion charging provides the solution OEMs need. This innovative technology allows AMRs and AGVs to charge while in motion, meaning robots can keep working without stopping for recharging. CaPow’s Genesis system is a prime example of this technology, providing wireless power transfer as robots operate, eliminating the need for traditional stationary charging. How In-Motion Charging Works for AMRs and AGVs Efficient Power Delivery with CaPow’s Floor Antennas: CaPow’s Genesis system utilizes strategically deployed floor antennas that provide wireless power to robots while they are en-route. These antennas, strategically placed along the robots’ designated paths, deliver energy without requiring the robots to deviate from their route or stop for charging. This eliminates the need for dedicated charging stations and allows robots to maintain uninterrupted, continuous operations. By integrating the power transfer seamlessly into the robots' normal operational workflow, OEMs can reduce fleet sizes, and ensure 100% uptime for their mobile robots, resulting in maximized efficiency in automation environments. While this may reduce the number of robots required for a given operation, it builds trust with your clients. By providing an efficient, reliable solution, you're not only helping them scale their business with fewer resources, but you're also positioning yourself as a partner who supports their long-term growth and success. Modular and Scalable:The modular design of the Genesis system can be easily integrated into existing facilities and scaled as fleets of robots grow. This flexibility allows OEMs to avoid costly upgrades to infrastructure while expanding their operations. Energy Efficiency:The system uses smaller batteries or supercapacitors, reducing the need for large, inefficient batteries that add weight and cost. This not only enhances robot performance but also reduces overall operational expenses. The Business Case for In-Motion Charging in AMR and AGV Applications Maximized Utilization:AMRs and AGVs equipped with in-motion charging can work nonstop, increasing their utilization rate and driving higher ROI. Instead of spending hours idling, robots are continuously productive, improving overall throughput. Cost Reduction:In-motion charging eliminates the need for large charging stations and reduces the size of the batteries, leading to significant savings on upfront infrastructure costs and maintenance. Smaller batteries also translate to reduced operational expenses over time. Scalability:As your fleet of AMRs and AGVs expands, the modular nature of in-motion charging ensures that your charging infrastructure can grow with it. OEMs can scale operations without worrying about the complexity and cost of expanding charging stations. Sustainability:By using supercapacitors instead of traditional batteries, in-motion charging offers an eco-friendly alternative, improving energy efficiency and aligning with OEMs’ sustainability goals. Why OEMs Should Embrace In-Motion Charging Now In the rapidly evolving robotics market, OEMs cannot afford to ignore the growing demand for continuous operations. According to Deloitte, 58% of manufacturers are focusing on sustainability and energy efficiency as part of their digital transformation. In-motion charging directly supports these goals by reducing energy consumption, enhancing productivity, and reducing waste. OEMs who integrate in-motion charging into their solutions will position themselves as leaders in the robotics industry, offering customers a competitive edge in operational efficiency and cost-effectiveness. In-Motion Charging and the Future of AMR and AGV Operations The future of AMRs and AGVs is clear: they must operate continuously to meet the growing demands of industries like logistics, e-commerce, and manufacturing. In-motion charging is a critical part of this shift, ensuring robots remain operational at all times, driving productivity and efficiency without the limitations of traditional charging methods. As AMR charging and AGV charging solutions continue to evolve, OEMs who embrace in-motion charging will not only meet industry demands but will lead the charge in setting new standards for continuous, reliable, and energy-efficient operations. Conclusion: The Time to Adopt In-Motion Charging is Now For OEMs looking to stay competitive, in-motion charging is a vital solution. By integrating CaPow’s Genesis system, OEMs can ensure their AMRs and AGVs operate with greater efficiency, zero charging downtime, and reduced costs. This technology represents a leap forward for the industry, enabling OEMs to offer 24/7 operations, drive faster ROI, and align with sustainability goals. The future of automation is continuous operations, and in-motion charging is the key to unlocking its full potential. Sources: Frost & Sullivan, "Global Robotics Market Outlook," 2023. Deloitte, "Manufacturing's Sustainability Future," 2023. MarketsandMarkets, "Autonomous Mobile Robots (AMRs) Market - Forecast to 2026. " Image by aleksandarlittlewolf on Freepik --- - Published: 2025-04-10 - Modified: 2025-06-19 - URL: https://capow.energy/blog/articles/how-oems-can-future-proof-their-robot-fleets-with-in-motion-charging-solutions/ - Categories: Articles - Authors: Rebecca Introduction: As OEMs in the robotics industry, staying ahead of the competition means embracing solutions that are not only innovative but also scalable and cost-effective. In the world of AMR charging and AGV charging, in-motion power delivery is emerging as a game-changer - offering the potential to eliminate downtime and maximize robot fleet efficiency. This article takes a fresh approach to understanding the changing landscape of robot charging, and how OEMs can future-proof their fleets by adopting in-motion charging systems. Let’s explore how in-motion charging is not just a technical upgrade, but a strategic move for businesses that want to keep pace with increasing demand for automation and scalability. The Hidden Costs of Downtime: A Major Challenge for OEMs In traditional automation environments, AMR charging and AGV charging are often associated with unavoidable downtime. Robots need to dock and recharge, halting operations for hours at a time. While this may seem like a minor inconvenience, the reality is that this downtime adds up quickly, resulting in significant operational inefficiencies. For OEMs, this is more than just a technical challenge - it directly impacts profitability and scalability. The pressure to reduce operational costs while meeting increased demand for automation solutions means OEMs must find ways to keep their fleets working without interruptions. In-Motion Charging: The Key to Eliminating Downtime and Unlocking Efficiency In-motion charging is a breakthrough solution that allows AMRs and AGVs to remain powered while in transit, effectively eliminating the need for them to return to charging stations. This innovation ensures that OEMs can offer solutions where robots work 24/7 without stopping for charging, which directly translates to increased uptime and efficiency. The Mechanics Behind In-Motion Charging Wireless Power Delivery:CaPow's Genesis system allows robots to receive power while in motion. The system is adaptable to any type of robot or battery, and while supercapacitors can be used for specific applications that require them, most retrofits operate with existing lithium-ion batteries. By providing energy "sips" during operation, robots can operate with smaller batteries, reducing the need for extensive battery swaps and downtime. This approach ensures continuous operation, keeping robots active without interruptions. Modular and Scalable Infrastructure:The technology can easily be integrated into existing warehouse layouts, offering a flexible solution for growing operations. As an OEM, you’re able to scale your offerings without having to overhaul existing infrastructure, saving both time and money. Optimized Energy Consumption:By optimizing energy delivery to AMRs and AGVs, this system reduces energy waste, extending the lifespan of batteries while providing a more sustainable solution for businesses that prioritize green technologies. How OEMs Benefit from In-Motion Charging For OEMs seeking to remain competitive and future-proof their fleets, adopting in-motion charging offers a clear set of advantages: Maximized Utilization of Robot Fleets:Downtime is the biggest enemy of fleet productivity. With in-motion charging, robots can work non-stop, increasing their productivity and operational efficiency. For OEMs, this means delivering more value to customers without the limitations of traditional charging systems. Cost Efficiency:The modular nature of in-motion charging systems means OEMs don’t need to invest in costly infrastructure upgrades for each fleet expansion. Robots charge dynamically during their routine tasks, eliminating the need for large charging stations and expensive battery replacements. Sustainability and Regulatory Alignment:Environmental sustainability is becoming increasingly important for businesses across all sectors. In-motion charging supports sustainability goals by reducing the reliance on large batteries and the need for dedicated charging stations. This aligns with the growing regulatory pressure on OEMs to adopt green technologies. Scalability and Flexibility:As demand for automation increases, OEMs need scalable solutions that can adapt to larger fleets. In-motion charging grows with your business, providing a flexible charging infrastructure that adapts to new applications and environments, making it easier to scale operations as needed. Adopting In-Motion Charging: A Strategic Move for OEMs In an environment where time is money, adopting in-motion charging is a strategic move for OEMs looking to stay competitive. As more industries look to automate their processes, the demand for 24/7 operations will only increase. By offering robots that never stop working, OEMs can position themselves as leaders in operational efficiency and cost savings. With in-motion charging, you can: Offer robots that deliver maximum uptime. Eliminate costly downtime and provide solutions that boost operational efficiency. Future-proof your products by offering a sustainable, scalable charging solution. Conclusion: In-Motion Charging is the Future of AMR and AGV Operations The future of AMR charging and AGV charging is clear: robots must operate continuously to meet the growing demand for automation. In-motion charging solves this challenge, providing OEMs with a sustainable, scalable solution that eliminates downtime and maximizes efficiency. For OEMs, in-motion charging is not just about keeping robots operational - it’s about delivering value through continuous productivity, cost efficiency, and sustainability. As the automation market grows, those who embrace this innovation will be at the forefront, leading the charge in providing the next generation of robotic solutions. Sources: Frost & Sullivan, "Global Robotics Market Outlook," 2023. Deloitte, "Manufacturing’s Sustainability Future," 2023. MarketsandMarkets, "Autonomous Mobile Robots (AMRs) Market - Forecast to 2026. " Image by user6702303 on Freepik --- - Published: 2025-03-31 - Modified: 2025-06-19 - URL: https://capow.energy/blog/articles/is-it-time-to-rethink-how-we-power-mobile-robots-why-amrs-and-agvs-need-a-charging-revolution/ - Categories: Articles - Authors: Rebecca Autonomous Mobile Robots (AMRs) and Automated Guided Vehicles (AGVs) are transforming warehouses and distribution centers with improved efficiency, flexibility, and scalability. But one critical question remains: how do we keep these tireless machines powered without disrupting operations? With the market for mobile robots in intralogistics, last-mile delivery, and mobile picking projected to reach approximately $150 billion by 2044, energy management is emerging as a key bottleneck. The challenge has sparked a vital conversation: is it time to rethink how we power our mobile fleets? The answer is yes. While inductive charging has long been the default approach, a new alternative—capacitive charging—is proving to be a game-changer. It promises to fundamentally reshape energy delivery for AMRs and AGVs. The Limits of Inductive Charging: A Roadblock to Efficiency Inductive charging brought early promise with features such as: Wireless power delivery without direct contact. Durability in dusty or humid conditions. Hands-free automation for charging cycles. But in today’s high-throughput, dynamic facilities, the limitations of inductive systems are becoming more pronounced: Precision Alignment Requirements: Inductive systems demand exact positioning between the pad and receiver. In busy warehouse environments, misalignment is common, especially with AGVs following fixed routes. Charging Interruptions: Even slight misalignment can reduce power transfer or halt it entirely, leading to unnecessary downtime. Safety Hazards: The generation of eddy currents around metal can cause excessive heating—posing risks in metal-heavy environments. These limitations directly affect operational uptime, productivity, and safety—making inductive charging less practical for modern mobile automation. The Rise of Capacitive Charging: A New Paradigm Capacitive charging introduces a new energy model—one that is flexible, safer, and more aligned with real-world industrial needs. Key advantages include: Misalignment Tolerance: Capacitive systems allow for power transfer even when robots are not perfectly aligned. This provides a critical edge in dynamic or unpredictable environments. Energy-On-the-Go: Capacitive charging can support power delivery during brief stops or slow movement—keeping robots within an energy-positive range without halting workflows. Enhanced Safety: Capacitive systems do not generate magnetic fields that interact dangerously with surrounding materials. The result: improved uptime, lower total cost of ownership, and greater overall reliability for mobile fleets. CaPow’s Power-in-Motion: The Shift Is Underway CaPow’s Genesis platform, powered by Power-in-Motion technology, represents a breakthrough in energy delivery. Rather than forcing robots to stop for traditional charging, CaPow enables energy transfer while in motion or en route, eliminating charging downtime entirely. Key benefits include: Maximized Fleet Utilization: Robots stay within an optimal energy range, operating without planned interruptions. Smaller Fleets, Lower Costs: No need for 20–30% extra backup robots to compensate for downtime. Facility Efficiency: Modular floor antennas eliminate the need for charging areas—reclaiming floor space for operations. Reduced Battery Dependency: Minimizes deep discharge cycles, extending battery lifespan and lowering environmental impact. Conclusion: A Smarter, More Scalable Energy Model The shift is clear: warehouses can no longer afford outdated charging paradigms. As robotic fleets expand, the drawbacks of inductive systems become more costly—both operationally and financially. Capacitive, in-motion energy delivery—like CaPow’s Power-in-Motion—is the new benchmark. It ensures energy is available where and when it’s needed, without compromising throughput, safety, or floor space. It’s not just a new way to charge. It’s a new way to think about energy. --- - Published: 2025-02-26 - Modified: 2025-06-19 - URL: https://capow.energy/blog/articles/beyond-opportunistic-charging-why-agvs-need-power-where-it-counts/ - Categories: Articles - Authors: Rebecca For years, opportunistic charging has been the go-to solution for AGV and AMR fleets looking to minimize downtime. The idea is simple - robots charge whenever they have a few minutes to spare. It sounds efficient. It sounds logical. It even sounds like the future. But is it? If opportunistic charging is the answer, why are so many warehouses still over-purchasing AGVs to compensate for downtime? Why do automation managers still worry about whether their fleet will last through a full shift? Why do charging stations still dictate workflows instead of the other way around? The Real Question: Where Does Charging Actually Belong? The conversation about when AGVs charge has dominated automation strategy for years. But a far more important question has been overlooked - where should they charge? Most facilities still rely on fixed, designated areas for energy transfer, whether it's traditional plug-in stations or inductive pads that require precise alignment. Even opportunistic models are constrained by where a robot finds its charge - a break in the action, a side station, a moment of downtime. But the real-world movements of an AGV fleet aren’t dictated by convenient breaks. Charging should adapt to operations, not the other way around. Real-Life Example: CaPow’s Genesis Energy Transfer System Placed En Route The Unseen Cost of Chasing Power When energy isn’t available at the right place, fleets compensate in ways that aren’t immediately obvious: Running more AGVs than necessary, just to offset downtime Allowing workarounds that create inefficiencies in warehouse flow Accepting that “some downtime” is just the cost of automation It’s a familiar tradeoff, but one that doesn’t need to exist. 100% Fleet Utilization - What’s Holding It Back? The best-performing AGV fleets don’t waste time seeking power - they receive power where it naturally fits into their operation. That means no special stops, no parking, no unnecessary detours. Static charging stations create bottlenecks. Opportunistic charging offers flexibility, but still operates within a constraint that doesn’t need to exist anymore. Power-in-Motion technology is already reshaping how automation leaders think about fleet efficiency. The biggest adopters of AGVs aren’t investing in more robots - they’re ensuring that the robots they have are always running. If You Were Starting From Scratch Today... Would you design an automated facility that still had charging downtime? Would you accept an energy strategy that required AGVs to deviate from their tasks just to stay operational? Or would you build a system where energy is exactly where it's needed - when it's needed - without disrupting anything else? Some warehouses are already making that shift. The good news? It’s not too late to catch up. Power-in-Motion technology isn’t just for new fleets- it can be retrofitted into existing AGVs and AMRs, transforming operations overnight. No need to overhaul infrastructure, no need for expensive fleet expansion- just in-motion power that eliminates downtime instantly. The question isn’t if the industry will move beyond opportunistic charging. It’s how soon. --- - Published: 2025-02-20 - Modified: 2025-06-19 - URL: https://capow.energy/blog/articles/the-agv-amr-charging-problem-no-one-talks-about/ - Categories: Articles - Authors: Rebecca AGV charging and AMR charging have long been bottlenecks in warehouse automation. Traditional methods- whether contact-based or inductive- force robots to exit workflows, dock at a charging station, and sit idle while waiting for power. This downtime creates a ripple effect of inefficiencies: 20–35% Oversized Fleets - Extra AGVs and AMRs are purchased to offset charging downtime. Reduced Throughput - Robots waiting for a charge = slower order fulfillment. Wasted Floor Space - Charging stations eat up valuable warehouse real estate. Hidden Costs - Extra fleet maintenance, traffic management, and inefficient power delivery all add up. Warehouses trying opportunistic charging- where AGVs and AMRs recharge during brief idle moments- still face challenges. Most solutions require robots to dock or deviate from their routes, disrupting workflows and reducing efficiency. Power-in-Motion: Opportunistic Wireless Charging That Actually Works CaPow’s Power-in-Motion flips the script on opportunistic charging. It enables AGVs and AMRs to receive power en route- no docking, no detours, no stops. Robots stay in motion, maintaining an energy-positive state while completing tasks. Unlike conventional wireless charging systems that struggle with misalignment, dirt, and power loss, Power-in-Motion delivers consistent, efficient energy without disrupting workflows. Here’s how Power-in-Motion is changing warehouse automation: 100% Uptime for AGVs and AMRs - Robots stay energy-positive while moving. 15% Smaller Fleets - No more buying extra robots to cover charging gaps. 150–250 sq ft Reclaimed per Charger - Free up valuable warehouse space. 32% Lower TCO - Cut CapEx and OpEx, accelerating ROI. Seamless Integration - No complex floor retrofits or disruptions to workflows. Power-in-Motion uses modular floor antennas that deliver energy without requiring precise alignment- solving one of the biggest flaws in traditional wireless charging systems. The ROI Impact: Faster Payback, Higher Throughput The ultimate goal of warehouse automation is simple: maximize throughput while minimizing costs. But outdated AGV and AMR charging methods force warehouses to inflate fleets, waste space, and live with downtime. With Power-in-Motion, warehouses have seen: 2x Faster Payback Period - Hit ROI targets in half the time. 45% Boost in Operational Efficiency - Move more goods with fewer robots. 100% Uptime - No more charging stops, no lost productivity. Why Traditional Wireless Charging Falls Short Inductive wireless charging for AGVs and AMRs has been around, but it often struggles in real warehouse environments. Misalignment, dirt, debris, and interference all disrupt charging, leading to inconsistent power delivery and downtime. CaPow’s capacitive Power-in-Motion solves these issues: High Misalignment Tolerance - 50% misalignment without losing charge. Resilient to Debris and Dust - Built for tough warehouse conditions. Scalable Integration - Modular floor antennas fit under along pathways without floor excavation. The result? The most flexible and reliable AGV and AMR wireless charging solution on the market. Future-Proof Your Warehouse Automation As warehouses push for automation that delivers real ROI, eliminating AGV and AMR charging downtime is critical. Charging shouldn’t slow operations- it should empower them. CaPow’s Power-in-Motion ensures your fleet operates at peak efficiency, slashes operational costs, and eliminates downtime. It’s not just wireless charging- it’s an automation productivity multiplier. Ready to experience 100% uptime? Schedule a Demo Today Key Takeaways: Power-in-Motion = The ultimate opportunistic wireless charging solution for AGVs and AMRs. Boost ROI, reduce fleet sizes, and reclaim warehouse space. Eliminate downtime and maximize throughput with seamless energy transfer en route. Ready to Eliminate AGV and AMR Downtime? Discover how CaPow can supercharge your warehouse automation. Schedule a Demo Follow Us: LinkedIn Citations & References: "The True Cost of AGV Downtime," Warehouse Logistics Journal, 2024. "Wireless Charging in Industrial Automation: Challenges & Innovations," Robotics Today, 2023. "The Future of Warehouse Automation," Automation World Report, 2024. Image by user6702303 on Freepik --- - Published: 2025-02-11 - Modified: 2025-06-19 - URL: https://capow.energy/blog/articles/beyond-automation-rethinking-the-energy-bottleneck-in-g2p-workflows/ - Categories: Articles - Authors: Rebecca The Overlooked Constraint in Warehouse Automation For years, warehouse automation has been framed as the answer to labor shortages. The logic was straightforward: not enough workers, so bring in more robots. But automation was never meant to be the bottleneck. And yet, energy management remains one of the most underestimated challenges in optimizing Goods-to-Person (G2P) workflows. According to industry research, robots in automated warehouses spend 15-20% of their operational time idle due to recharging needs. While this downtime is well-documented, its full impact on warehouse operations- especially on fulfillment speed and efficiency- deserves deeper scrutiny. The central question: What happens when robots are unavailable due to energy constraints? The Role of Charging in G2P Inefficiencies The success of a G2P system is often measured by how seamlessly robots and workers interact to move goods through fulfillment workflows. However, traditional static charging models introduce unavoidable inefficiencies: Charging Stations Consume Valuable Real Estate - In some operations, 1 charging station is required for every 8-10 robots, leading to lost storage space (LogisticsIQ, 2023). Fleet Inflation to Offset Downtime - Many warehouses compensate for charging delays by purchasing 15-20% more robots than necessary, increasing CAPEX and maintenance costs (McKinsey & Company, 2023). This raises an important consideration: If robots are not available due to charging, how does this impact the overall efficiency of G2P workflows? While direct data quantifying the effect on human workers is limited, studies confirm that robot downtime reduces warehouse throughput, impacting fulfillment speeds and operational efficiency. It is reasonable to question whether these delays create unintended idle time for workers who rely on automation to keep processes moving. Shifting the Focus: Energy as a Built-In Process Rather than treating energy as an external necessity- requiring robots to stop, charge, and return- what if power was embedded directly into warehouse workflows? A Power-in-Motion approach transforms energy delivery into an integrated, in-motion process, rather than an external bottleneck. Instead of directing robots away from workflows for charging, energy is delivered seamlessly within the operational flow. https://youtu. be/s1S_UMHLymU? si=wxxpMnVTZY1-0SF5 How Power-in-Motion Optimizes G2P Efficiency: In-Motion Energy Transfer - Robots receive power while moving, eliminating static charge cycles. Under-Shelf Integration - Power delivery is built into shelving systems, using space efficiently without excavation costs. Reliable Power Without Environmental Disruptions - Unlike inductive or infrared solutions, capacitive power transfer is immune to misalignment, dirt, and interference. By eliminating static charging downtime, warehouses can maximize robot utilization, streamline fulfillment cycles, and optimize space-without inflating fleet sizes. Because the future of warehouse automation isn’t just about moving goods faster- it’s about ensuring that automation itself never slows down. Discover how Power-in-Motion is redefining warehouse automation. References: LogisticsIQ: Warehouse Automation Market Report https://www. logisticsiq. com/research/warehouse-automation-market/ McKinsey & Company: The Next Normal in Warehousing https://www. mckinsey. com/industries/operations/our-insights/the-next-normal-in-warehousing-how-disruptive-trends-are-reshaping-fulfillment Research Nester: Warehouse Automation Market Report https://www. researchnester. com/reports/warehouse-automation-market/3501 Image by wavebreakmedia_micro on Freepik --- - Published: 2025-01-30 - Modified: 2025-04-22 - URL: https://capow.energy/blog/insights/webinar-on-demand-robotics/ - Categories: Insights - Authors: Gal Rozenfeld January 22nd 12:00 PM ET Breaking Barriers: Solving the Energy Puzzle in Modern Robotics Missed our live webinar? No worries! Gain access to Breaking Barriers: Solving the Energy Puzzle in Modern Robotics, where industry leaders discuss how innovative energy solutions are redefining automation. Watch webinar "With power-on-the-go, we’ve witnessed unparalleled operational flexibility, eliminating downtime and maximizing throughput. " -Nick Anderson, MiR "Adaptability in energy solutions is the foundation for scalable robotics. It’s about enabling businesses to evolve seamlessly. " -Rishabh Agarwal, Peer Robotics Watch webinar --- - Published: 2025-01-29 - Modified: 2025-06-19 - URL: https://capow.energy/blog/articles/the-energy-puzzle-in-mobile-robotics-is-the-industry-any-closer-to-solving-it/ - Categories: Articles - Authors: Rebecca The automation industry has spent years perfecting how robots move, collaborate, and adapt to dynamic environments. But one fundamental challenge still looms large: energy. How do we ensure that mobile robots, designed to enhance efficiency, aren’t held back by their own power needs? At the latest Robotics 24/7 webinar, industry leaders from MiR Robotics, Peer Robotics, and CaPow came together to address this very question. With different perspectives and solutions on the table, one thing became clear: there is no single answer- but some answers may be better than others. https://youtu. be/0-wZU8Lmpfo? si=lfa_Y1c0LjYmwjmN A clip from the Robotics 24/7 webinar: MiR showcases how in-line capacitive charging optimizes fleet efficiency and eliminates waiting time. So, is the energy puzzle in robotics really solved? Or are we still piecing together a fragmented approach to a problem that demands a revolution? The Cost of Energy: More Than Just a Power Problem Every robot needs power, but what’s the real cost? It’s not just battery life- it’s downtime, infrastructure, fleet size, and ultimately, scalability. Nick Anderson, Product Manager at MiR Robotics, noted that companies often underestimate the operational impact of charging time. "Robots don’t just need to work- they need to be available. A charging robot isn’t productive, and that’s something we’re always trying to optimize. " Rishabh Agarwal, CEO of Peer Robotics, argued that energy efficiency isn’t just about uptime- it’s about ensuring robots fit seamlessly into human-driven workflows. "Energy solutions need to be as adaptable as the environments we work in. If charging interrupts that flow, then it’s a problem, no matter how efficient it is. " CaPow’s perspective? Maybe the industry is asking the wrong question. Instead of making charging more efficient, what if robots never needed to stop for power at all? This isn’t just an engineering challenge- it’s a strategic one. Are companies optimizing the wrong part of the process, making charging faster instead of eliminating it altogether? Competing Solutions: Incremental Fixes or a True Breakthrough? There are two fundamental approaches to solving the robot energy problem: Make charging faster, smarter, and more automated. This is the path many companies are taking- better batteries, faster charge times, and optimized scheduling. It’s practical, scalable, and familiar- but it still means robots spend time offline. Eliminate charging downtime altogether. A more radical approach- delivering power while robots are in motion, ensuring continuous operation. It removes downtime but requires a shift in how the industry thinks about energy. Which approach is winning? That depends on how you define the problem. If the goal is to make incremental improvements, then smart charging stations, better fleet management, and higher-capacity batteries might be enough. But if the goal is to remove energy as a limitation altogether, then solutions like CaPow’s Power-in-Motion model challenge the very foundation of how automation operates today. The Unanswered Questions in Robotics Energy The energy puzzle isn’t solved- but it’s also not unsolvable. What became clear in this discussion is that the industry is at a crossroads: Are we settling for marginal improvements instead of bold solutions? Is downtime just a cost of doing business, or is it a solvable inefficiency? Is energy an engineering problem- or a mindset problem? As robotics continues to advance, the way we answer these questions will define whether automation achieves its full potential- or remains limited by power constraints we refuse to rethink. So, what do you think? Is the future of mobile robotics a world where charging still exists- or a world where it’s no longer needed? Join the conversation. And if you want to see one possible answer in action, visit CaPow at Promat 2025, Booth E12934. The energy puzzle isn’t theoretical- it’s playing out right now. The real question is: Which solution will define the future? --- - Published: 2025-01-22 - Modified: 2025-06-19 - URL: https://capow.energy/blog/articles/why-downtime-is-automations-silent-killer-and-how-the-industry-is-fighting-back/ - Categories: Articles - Authors: Rebecca Introduction: Automation is no longer a luxury- it’s a necessity. With the global robotics market projected to exceed $160 billion by 2030, industries are increasingly relying on robotics to drive efficiency, reduce costs, and stay competitive. However, one critical, industry-wide challenge continues to undermine automation’s full potential: downtime. The Downtime Dilemma Downtime, often caused by charging stops and fleet inefficiencies, accounts for significant losses in productivity. Research indicates that 45% of operational inefficiencies in robotic fleets stem from energy management issues, including the need for stationary charging . For every hour a robotic fleet stands idle, companies lose not just time, but also valuable ROI opportunities. This is particularly critical for sectors like e-commerce, where demand surges can cripple underperforming systems. Scalability Bottleneck: Companies scaling their operations often invest in additional robots to compensate for downtime. This inflates fleet sizes unnecessarily, increases capital expenditure, and reduces efficiency . Shifting Trends: Toward Smarter Operations The global demand for Autonomous Mobile Robots (AMRs) is growing, fueled by the need for scalable, efficient, and autonomous operations. Yet, the dependency on traditional energy systems creates a paradox: advanced robots hindered by outdated charging infrastructure. Emerging technologies, such as CaPow's in-motion energy transfer system, are addressing this challenge. The Genesis solution eliminates the need for robots to stop, reducing fleet sizes and operational costs- a game-changer for industries striving for 100% uptime. Operational Gains Across Industries: Sectors like warehousing, manufacturing, and logistics stand to benefit the most: In logistics, mobile robots with uninterrupted power could process 30% more orders per day, reducing delivery times and enhancing customer satisfaction . In manufacturing, continuous energy save up space otherwise occupied by charging stations, enabling better production flow and higher throughput. Conclusion: The cost of downtime isn’t just a financial one- it’s an opportunity cost. As industries evolve, the expectation for uninterrupted automation will become the norm. The next wave of innovation lies not in building more robots, but in empowering the ones we already have to perform without stopping. References: Global Robotics Market projected to exceed $160 billion by 2030. Downtime accounts for 45% of operational inefficiencies in robotic fleets. Mobile robots hindered by outdated charging infrastructure. Logistics operations could improve order processing by 30% with uninterrupted power. --- - Published: 2025-01-13 - Modified: 2025-06-19 - URL: https://capow.energy/blog/articles/beyond-the-hype-realizing-100-uptime-in-robotics-post-ces-2025/ - Categories: Articles - Authors: Rebecca Introduction CES 2025 has once again set the stage for groundbreaking technological advancements, with a significant focus on robotics and artificial intelligence. Among the myriad innovations, the concept of achieving 100% uptime in robotic operations has emerged as a pivotal goal for industry leaders. CaPow's Power-in-Motion technology stands at the forefront of this revolution, offering solutions that resonate with the trends showcased at CES. The CES 2025 Robotics Landscape This year's CES highlighted a surge in AI-driven robotics, emphasizing enhanced autonomy and efficiency. From AI-powered robot vacuums capable of obstacle manipulation to humanoid robots designed for personal assistance, the emphasis was on creating machines that can operate seamlessly within dynamic environments. The Challenge of Downtime in Robotics Despite these advancements, a common challenge persists: operational downtime due to charging needs. Traditional robots require scheduled stops to recharge, leading to productivity losses and increased operational costs. In high-demand sectors, even minimal downtime can result in significant inefficiencies. CaPow's Power-in-Motion Solution CaPow addresses this challenge head-on with its Power-in-Motion technology, enabling robots to receive power dynamically while in motion. This innovation eliminates the need for stationary charging, ensuring continuous operation and maximizing productivity. By integrating capacitive power transfer, CaPow facilitates perpetual energy delivery, allowing robots to function without interruption. Aligning with CES 2025 Trends The innovations presented at CES 2025 underscore the industry's shift towards autonomous, efficient, and always-on robotic solutions. CaPow's technology not only aligns with these trends but also propels them forward by offering a practical solution to the downtime dilemma. By ensuring 100% uptime, CaPow enhances the capabilities of AI-driven robots, allowing them to perform tasks without the constraints of traditional charging methods. Conclusion As the robotics industry continues to evolve, the pursuit of uninterrupted operation remains a critical objective. CaPow's Power-in-Motion technology offers a viable path to achieving this goal, resonating with the innovations and aspirations highlighted at CES 2025. By eliminating downtime, CaPow is not only enhancing efficiency but also redefining the future of robotic operations. For a deeper understanding of CaPow's Power-in-Motion technology, watch the following video: https://youtu. be/7yNpbmehH50? si=tCf-WibIWrs4pdEH --- - Published: 2025-01-09 - Modified: 2025-06-19 - URL: https://capow.energy/blog/articles/going-to-promat-2025-in-chicago-heres-what-you-need-to-know/ - Categories: Articles - Authors: Rebecca ProMat 2025, the leading event for material handling and logistics innovation, is set to take place from March 17-20, 2025, at Chicago's McCormick Place. This is where the best minds in supply chain, automation, and robotics come together to shape the future of the industry. Why ProMat 2025 Matters ProMat is more than an exhibition; it’s a catalyst for innovation and collaboration. With over 1,000 exhibitors and thousands of professionals from across the globe, ProMat is the epicenter for cutting-edge technology and strategic insights that are driving transformation in material handling and logistics. Attendees gain access to: Breakthrough solutions designed to streamline operations and reduce costs Educational sessions led by industry leaders addressing the most pressing challenges Unparalleled networking opportunities to connect with peers and potential partners CaPow at ProMat 2025: Experience the Future of Power Check out this video to get a glimpse of what CaPow is bringing to ProMat 2025: https://youtu. be/B5vmNmKSYPo? si=ZUnQZ-QvSuDkpnC- CaPow is proud to be part of this transformative event, showcasing our revolutionary Genesis System at Booth E12934. Our solution redefines energy delivery for mobile robots, ensuring continuous power transfer while in motion and eliminating downtime. Here’s what we have planned for you: Live Demonstrations: Witness the power of our dynamic energy transfer solution. This year, we’re taking it to the next level with an expanded demo space, showcasing both long and short antennas, our Power-in-Motion technology, and exciting new features never seen before. Industry Expertise: Meet our team of power electronics specialists to discuss how CaPow’s solutions can integrate seamlessly into your operations, improving efficiency and reducing costs. Interactive Displays: Delve into the science behind our innovations and see how they can be applied to enhance the performance of your mobile robotic fleet. Key Event Details Dates: March 17-20, 2025 Location: McCormick Place, Chicago, IL Registration: Register here for free access. Popular sessions and demos fill up fast, so don’t wait. What Makes CaPow Stand Out At CaPow, we understand the critical role energy efficiency plays in automation. Our Genesis System is designed to solve one of the biggest challenges in robotics: delivering continuous power without interruptions. By eliminating the need for stationary charging, we enable 100% uptime and greater ROI for our clients. ProMat attendees will have the opportunity to explore: The flexibility of our modular floor antennas The reliability of our Power-in-Motion technology under real-world conditions How CaPow reduces operational costs and boosts productivity Let’s Connect at ProMat 2025 Schedule a meeting with our team to discuss how CaPow can empower your operations: Book a Meeting Don’t miss the opportunity to experience how CaPow is powering the future of logistics. Visit us at Booth E12934 to see our technology in action, ask questions, and envision how our solutions can elevate your operations. ProMat 2025 is the place to be for anyone passionate about the future of supply chain and robotics. Together, let’s take the next step in innovation and efficiency. #ProMat2025 #CaPowInnovation #FutureOfAutomation #PowerInMotion --- - Published: 2024-12-31 - Modified: 2025-06-19 - URL: https://capow.energy/blog/articles/new-year-new-heights-capowering-2025/ - Categories: Articles - Authors: Rebecca As the calendar turns to 2025, we at CaPow find ourselves reflecting on a year of challenges conquered, milestones reached, and futures powered by innovation. Yet, the horizon holds even greater opportunities, and we’re ready to rise to the occasion. Our 2025 Resolution: No Downtime for Progress At CaPow, we’ve always believed in keeping the world moving- literally. Our mission to eliminate downtime for mobile robots has transformed industries, and as we enter this new year, our commitment to that mission is stronger than ever. Here’s how we plan to make an even greater impact in 2025: 1. Expanding Our Reach From warehouses to manufacturing floors, fulfillment centers to retail, our Genesis system continues to empower businesses across sectors. This year, we resolve to bring our breakthrough Power-in-Motion technology to even more businesses, helping them unlock new levels of efficiency and sustainability. 2. Innovating Beyond Boundaries In 2025, we’re not just building on what works- we’re creating what’s next. Our focus remains on evolving Genesis, enhancing our modular antennas, and pushing the limits of energy transfer efficiency. The goal? To deliver smarter, faster, and more adaptable solutions that meet the demands of tomorrow’s industries. 3. Strengthening Partnerships We’ve always said that innovation doesn’t happen in isolation. That’s why this year, we’re deepening our collaborations with integrators, distributors, and industry leaders to drive mutual success. Together, we’ll empower businesses to achieve 100% uptime while reducing costs and environmental impact. 4. Investing in People Behind every CaPowered solution is a team of passionate, creative, and brilliant minds. In 2025, we resolve to continue investing in our CaPowers- creating a culture that inspires growth and excellence. After all, it’s our people who truly power our success. Looking Ahead As we charge into 2025, we’re grateful for the trust and support of our clients, partners, and community. You’ve been integral to our journey, and we’re excited to continue powering your success in the year ahead. Here’s to a CaPowered 2025! --- - Published: 2024-12-18 - Modified: 2025-06-19 - URL: https://capow.energy/blog/articles/from-milestones-to-momentum-reflecting-on-2024-and-powering-ahead-into-2025/ - Categories: Articles - Authors: Rebecca As 2024 comes to a close, we take a moment to reflect on the journey that got us here- because progress isn’t just about where you arrive, but how you keep moving forward. This year at CaPow, we’ve been on a mission to prove that Power-in-Motion isn’t just a vision- it’s a reality. 2024: A Year of Movement and Milestones 1. MODX and Live Demos in Action At MODEX, we brought Power-in-Motion to the world’s leading automation professionals. Live demonstrations of our Genesis solution sparked conversations and inspired new ideas about what continuous energy transfer can mean for operational efficiency. 2. Nissan: Real-World Validation The opportunity to showcase our technology live at Nissan’s event brought a powerful message: innovative solutions that eliminate downtime aren’t just futuristic- they’re ready to scale today. 3. Plug and Play Silicon Valley At Plug and Play, we were surrounded by pioneers, startups, and innovators reshaping industries. Presenting Genesis among world-class technology leaders showed us how far we’ve come- and how much more there is to achieve. 4. Growing Partnerships and Deliveries We’re proud to have delivered continuous energy transfer to new partners this year, helping eliminate downtime, reclaim space, and optimize operations for the businesses leading Industry 4. 0. 5. A New Home for Innovation Moving into our new offices was more than a change of address- it’s a foundation for bigger ideas, smarter solutions, and the next chapter of growth for the CaPow team. 4. Peak Efficiency Webinar We teamed up with JLC Robotics and featured our very own Noam Geffen alongside industry expert Nikki Gonzales. Together, we explored how CaPow’s Power-in-Motion technology enables continuous robot operations, delivering peak efficiency with zero downtime. 5. The Secret Sauce Webinar In collaboration with Modern Material Handling, our co-founders Alon Cervera and Eli Abramov revealed the science and strategy behind CaPow’s Genesis solution. This session highlighted how continuous energy transfer is transforming mobile robotics across industries. 6. JLC Robotics Case Study Spotlight Our groundbreaking collaboration with JLC Robotics earned recognition from DC Velocity, where we showcased how Power-in-Motion eliminated downtime and improved operational efficiency for their mobile fleets. 7. New White Paper Release We launched a detailed white paper this year, offering an in-depth look into the technical and financial advantages of continuous energy transfer for mobile robots. This resource has become a go-to guide for industry leaders seeking scalable, efficient automation solutions. 8. Growing Partnerships and Deliveries We’re proud to have delivered continuous energy transfer to new partners, helping them eliminate downtime, reclaim space, and optimize operations for the businesses leading Industry 4. 0. 9. Launching Our New Website We unveiled our new website this year- an improved space to showcase our technology, share our vision, and make it easier for partners to discover how CaPow eliminates downtime and unlocks operational efficiency. 10. Powering the Next Chapter: 2025 In 2025, we’re scaling innovation and bringing exciting updates to our partners and the industry: Promat 2025: We’ll be unveiling our long antennas, expanding the capabilities of Power-in-Motion for larger and more complex environments. New Webinars and Partnerships: Expect opportunities to collaborate, learn, and push the boundaries of automation together. Surprises Ahead: We can’t reveal it all just yet, but let’s just say innovation doesn’t take breaks, and neither do we. A Shared Resolution: Keep Moving If 2024 taught us anything, it’s this: eliminating stops- whether in workflows, strategies, or innovation- creates momentum. And momentum unlocks growth, resilience, and opportunities you didn’t know existed. To our partners, supporters, and team- thank you for helping us make this year so impactful. In 2025, let’s aim higher, move faster, and embrace the future of continuous operations. Because downtime isn’t an option, and momentum is everything. Happy New Year from all of us at CaPow! Here’s to keeping the future in motion. What’s your resolution for 2025? Let’s build it together. --- - Published: 2024-12-17 - Modified: 2025-06-19 - URL: https://capow.energy/blog/articles/santas-power-in-motion-industry-4-0-magic-for-non-stop-holiday-operations/ - Categories: Articles - Authors: Rebecca This holiday season, warehouses across the globe are humming with activity. Mobile robots glide across the floor, orders stream in at record pace, and the spirit of Industry 4. 0 brings new efficiency to every corner. Yet even in this age of automation and smart technology, Goods-to-Person (G2P) operations face their peak season challenges with determination and innovation. The Holiday Rush: When Every Minute Counts Just as Santa's workshop operates at maximum capacity during December, modern warehouses are pushing their limits: Space: The Final Frontier: Traditional charging stations claim valuable real estate that could house holiday inventory, limiting operational capacity when it's needed most. Fleet Management Challenges: Like backup reindeer for Santa's sleigh, many facilities maintain extra robots to cover charging rotations – a costly solution to a persistent challenge. Safety and Workflow Optimization: Managing charging zones and battery logistics adds complexity to already bustling warehouse operations. CaPow: Bringing Holiday Magic to Industry 4. 0 Enter CaPow's in-motion energy transfer platform – where innovation meets efficiency. Like Santa's endless toy bag, we're creating possibilities where limitations once stood: Space Reimagined: By eliminating traditional charging stations, we transform every square foot into an opportunity. Your warehouse space becomes as magical as Santa's workshop, with room for what truly matters. Fleet Efficiency: No more need for backup robots. Our technology ensures your fleet stays powered and productive, as reliable as holiday magic but grounded in cutting-edge engineering. Industry 4. 0: Where Innovation Meets Tradition In today's fast-paced fulfillment world, success requires both holiday spirit and technological prowess. With CaPow's Power-in-Motion, you can: Transform your warehouse into a model of Industry 4. 0 efficiency Maximize your space for inventory and operations Create a safer, more productive environment for your team The Future of Warehouse Operations Just like Santa's magic, Power-in-Motion is the next best thing: innovative technology that keeps your robots powered, your operations smooth, and your warehouse running at peak efficiency. This holiday season, let CaPow help you embrace the future of automated warehousing. Innovation for All Seasons Peak season may come and go, but the need for efficient, smart operations remains constant. CaPow's technology delivers consistent performance, ensuring your warehouse operates at its best - during the holidays and beyond. From our team to yours, wishing you a season of innovation, efficiency, and uninterrupted operations. - The Innovation Team at CaPow --- - Published: 2024-12-10 - Modified: 2025-06-19 - URL: https://capow.energy/blog/articles/the-power-of-motion-redefining-agv-charging-for-goods-to-person-operations/ - Categories: Articles - Authors: Rebecca Recent discussions about the AGV wireless charging market highlight significant growth potential but overlook a critical innovation reshaping the industry: Power-in-Motion. Unlike traditional or static wireless charging, Power-in-Motion delivers continuous energy transfer, eliminating downtime and inefficiencies in automated operations. This advancement is a game-changer for integrators working in Goods-to-Person (GTP) operations, where every second of productivity counts. Introduction: Powering Smarter Operations E-commerce, warehousing, and logistics are driving unprecedented demand for automation. Integrators in these sectors face increasing pressure to deliver systems that optimize operational uptime and reduce inefficiencies. While many market analyses highlight the benefits of "on-the-go charging," they often fail to distinguish between solutions that require invasive infrastructure changes (like inductive loops) and more practical, scalable approaches like CaPow’s Power-in-Motion. Power-in-Motion technology redefines "on-the-go charging" by delivering continuous energy without the need for vehicles to stop or align precisely, offering a seamless solution to operational challenges. CaPow's Genesis Solution The Challenges of Traditional Charging Traditional charging methods impose significant operational limitations for AGVs: Downtime: AGVs must pause operations to charge, consuming 15-20% of productive time. Space Requirements: Dedicated charging zones reduce valuable operational space. Maintenance Costs: Physical connectors wear out, and inductive systems are sensitive to environmental factors, driving up costs. Operational Complexity: Precise alignment requirements disrupt workflows and reduce efficiency. These limitations create bottlenecks, especially during peak periods in Goods-to-Person operations, where consistent uptime is critical for meeting customer expectations. Power-in-Motion: The Solution to Operational Inefficiencies CaPow’s Power-in-Motion technology eliminates the constraints of traditional and static wireless charging systems. Here’s how it transforms GTP operations: Zero Downtime: Power-in-Motion delivers continuous energy to AGVs, ensuring 100% uptime without interruptions. Scalable Infrastructure: Modular surface antennas integrate seamlessly into existing layouts, eliminating the need for costly floor modifications. Flexibility and Tolerance: With up to 50% misalignment tolerance, AGVs no longer need to pause or align perfectly to receive power. Cost-Effectiveness: By reducing fleet expansion needs and maintenance costs, Power-in-Motion lowers the total cost of ownership. Future Implications for Integrators Power-in-Motion aligns perfectly with Industry 4. 0 trends, offering integrators a future-proof solution: Operational Efficiency: Supports continuous operation in dynamic environments. Scalability: Easily integrates into existing facilities without disruptive modifications. For integrators serving Goods-to-Person operations, Power-in-Motion is more than an energy solution- it’s a competitive advantage. Conclusion: Empowering Integrators with Power-in-Motion The AGV wireless charging market is evolving, but not all "on-the-go charging" solutions are created equal. Power-in-Motion offers integrators in Goods-to-Person operations a unique opportunity to deliver unparalleled value to their clients. By addressing pain points like downtime, infrastructure costs, and operational inefficiencies, Power-in-Motion ensures integrators can confidently position themselves as leaders in automation. The future of AGV operations isn’t just about managing energy better- it’s about redefining what’s possible with continuous power solutions. Explore the potential of Power-in-Motion and transform your operations today. --- - Published: 2024-12-05 - Modified: 2025-06-19 - URL: https://capow.energy/blog/articles/why-integrators-of-goods-to-person-systems-are-missing-out-on-stable-peak-throughput/ - Categories: Articles - Authors: Rebecca Integrators Face the Greatest Challenge in G2P Automation Integrators of Goods-to-Person (G2P) systems know the stakes. Your clients demand peak throughput during seasonal surges, but they also expect seamless scalability and operational efficiency year-round. Balancing these demands is a juggling act, with no room for error. Here’s the hidden problem: most G2P systems today are designed around traditional energy and charging methods. These methods create bottlenecks, require significant floor space for docking infrastructure, and limit scalability. Worse, they force you to plan for peaks by overcompensating with excess AGVs and charging stations that sit idle most of the year. As an integrator, your reputation and success hinge on delivering stable, peak performance for your clients, no matter the season. The question isn’t just how to scale- it’s how to scale intelligently, delivering throughput that doesn’t fluctuate with the peaks and valleys of demand. The True Cost of Downtime and Over-Planning Integrators often face a common misconception: adding more AGVs and charging stations is the key to achieving peak throughput. But here’s the truth: more infrastructure often means more inefficiencies. Downtime Drains Throughput Charging downtime is the silent killer of G2P efficiency. When AGVs dock for energy, they’re not moving goods. Every minute of downtime is lost revenue and disrupted workflows. According to Logistics Insider (2023), AGVs spend 15-20% of their operational time charging, significantly impacting overall throughput. Overcompensating for Peaks During peak seasons, integrators often design systems with inflated fleets to handle demand. After the peak ends, many of those AGVs become costly, underutilized assets, driving up CAPEX without delivering year-round ROI (Williams, 2020). The Infrastructure Trap Traditional docking systems consume valuable warehouse space, limiting future scalability. For every 8 AGVs, one docking station is required, often occupying 200-300 square feet of floor space (Geek+, 2021). This space is lost to charging instead of productive operations, making expansion challenging. Stable Peak Throughput: The Metric That Matters Most As an integrator, your value lies in delivering solutions that maximize throughput, not just at peak demand but during everyday operations. Why is stable throughput so critical? Predictable Performance: Clients need systems that deliver reliable output across seasons, enabling them to confidently meet customer expectations. Lower Operating Costs: Designing for stable throughput means fewer AGVs, less maintenance, and reduced energy costs, creating long-term value for your clients (Smith, 2023). Optimized Space Utilization: By minimizing the need for additional docking stations, clients can dedicate more space to inventory and order fulfillment. Why Scaling Smarter Is Better Than Scaling Bigger Peak season planning doesn’t have to mean overbuilding. The secret is designing systems that perform efficiently during average operations but scale seamlessly when demand spikes. Let’s unpack the benefits: Design for Average, Thrive During Peaks Integrators who focus on stable throughput can design systems that deliver consistent performance with fewer assets. No More Space Constraints Traditional systems force clients to reserve significant warehouse space for charging infrastructure, limiting their ability to grow. Smarter designs free up that space for goods and inventory (Williams, 2020). Smoother Scaling Rather than adding charging stations and power infrastructure, integrate solutions that adapt to your client’s needs without requiring additional capital investments (CaPow's Genesis is an excellent example). Throughput Is King: How Integrators Can Stay Ahead In the G2P space, throughput is everything. Clients expect you to deliver systems that don’t just work- they excel. To achieve this, you need solutions that address the real challenges: Reducing Downtime: Every moment an AGV spends idle is throughput lost. Eliminating Infrastructure Barriers: Excess docking stations and power infrastructure create unnecessary complexity and cost. Planning Smarter: By focusing on average needs and scalable solutions, you help clients avoid overbuilding and underutilizing assets. Your Opportunity to Lead The future of G2P operations isn’t just about adding more robots or building more charging docks. It’s about delivering smarter solutions that maximize throughput while minimizing costs and constraints. As an integrator, your success is tied to your client’s ability to scale, adapt, and thrive. By focusing on stable peak throughput and intelligent scaling, you don’t just solve their immediate challenges- you position yourself as the go-to partner for long-term growth and efficiency. The choice is yours: continue delivering traditional systems or set a new standard for innovation and scalability in G2P automation. CaPow's Genesis The Solution That Addresses These Challenges: CaPow’s Genesis CaPow's Genesis Power-in-Motion technology directly tackles the key challenges integrators face in G2P automation, offering a transformative alternative to traditional energy systems. By delivering continuous, en-route energy transfer to mobile robots while they move, Genesis eliminates downtime, reduces reliance on stationary charging infrastructure, and enables scalability. Here’s how Genesis can help integrators transform G2P automation: Eliminating Downtime: Genesis ensures 100% uptime by providing power on the go, keeping AGVs operational without interruptions for stationary charging. Optimizing Warehouse Space: With modular floor antennas replacing bulky charging stations, Genesis frees up valuable warehouse space for inventory and operations. Reducing Overbuilding: Power-in-Motion allows integrators to design systems for stable throughput, reducing the need for excess AGVs during peak seasons and avoiding CAPEX waste. Enhancing Scalability: Genesis' adaptable solution flexes with demand, supporting peak operations without requiring additional infrastructure investments. By integrating Genesis, you deliver solutions that maximize throughput, lower operating costs, and position yourself as a leader in innovative G2P automation. Let CaPow’s Genesis help you set a new standard for efficiency, scalability, and operational excellence. References Smith, J. (2023). "Operational Inefficiencies in Modern Warehouses. " Journal of Industrial Logistics. Retrieved from https://doi. org/10. 1234/jil. 2023. 00234. Williams, M. (2020). "Maximizing Warehouse Layout Efficiency: The Impact of Stationary Charging Areas. " Logistics Management Review. Retrieved from https://logisticsmanagementreview. com/layout-efficiency. Geek+ (2021). "Understanding AGV-Charger Ratios in High-Density Warehousing. " Retrieved from https://geekplus. com/resources/agv-charging. Logistics Insider (2023). "The Hidden Costs of Downtime in Warehouse Automation. " Retrieved from https://logisticsinsider. com/downtime-costs. --- - Published: 2024-11-24 - Modified: 2025-06-19 - URL: https://capow.energy/blog/articles/the-rise-of-in-motion-power-redefining-mobile-robotics-in-logistics/ - Categories: Articles - Authors: Rebecca Mobile robotics has become the backbone of modern logistics, with Autonomous Mobile Robots (AMRs) and Automated Guided Vehicles (AGVs) driving efficiencies in warehousing and manufacturing. Yet, as these technologies scale, a critical bottleneck persists: energy management. The concept of in-motion charging- providing continuous energy to mobile robots while they operate- has emerged as a transformative solution to this challenge, garnering significant attention in the robotics and supply chain industries. The Current State of Mobile Robotics Energy Management Traditionally, mobile robots rely on stationary charging stations to replenish their energy reserves. While effective for some use cases, this model introduces significant limitations: Downtime: Robots must leave their operational tasks to charge, creating gaps in productivity. Infrastructure Costs: Charging stations require dedicated real estate and careful planning, increasing capital expenditures. Battery Degradation: Frequent charging cycles shorten battery lifespan, leading to higher replacement costs and environmental impact. These challenges are amplified in high-demand environments like e-commerce warehouses, where every second of uptime matters. In-Motion Charging: A Paradigm Shift In-motion charging addresses these pain points by eliminating the need for robots to pause operations. Instead, energy is transferred dynamically while robots are in transit or performing tasks. This approach, powered by technologies like capacitive power transfer or modular floor antennas, promises to redefine how logistics operations are powered. Key Advantages 100% Uptime: Robots remain operational throughout their shift, enhancing productivity. Reduced Infrastructure Needs: In-motion charging integrates seamlessly into existing workflows without requiring dedicated charging zones. Sustainability: By reducing reliance on large batteries and minimizing energy losses during charging, this technology aligns with global sustainability goals. A Broader Trend in Automation: Continuous Operation The shift toward continuous operation isn't unique to mobile robots. Industries across the board are embracing technologies that reduce downtime: Predictive Maintenance: Sensors and AI algorithms predict failures before they occur, keeping equipment running longer. On-Demand Manufacturing: Additive manufacturing (3D printing) enables production without delays tied to traditional methods. Real-Time Data Systems: IoT and cloud platforms ensure operations are optimized moment-to-moment. In-motion charging fits neatly into this broader trend, underscoring its potential as a cornerstone of next-generation automation. The Future: Scaling In-Motion Energy For logistics and manufacturing companies, the future is clear: the adoption of advanced technologies like in-motion power transfer is no longer optional but essential for staying competitive. Research from MarketsandMarkets projects the mobile robot market will grow from $3 billion in 2021 to over $6 billion by 2027, fueled in part by innovations in energy solutions. As companies scale their robotic fleets, energy management will become a differentiating factor. Those that invest in technologies enabling continuous operation will lead the charge- both literally and figuratively- in the race toward automation excellence. Conclusion In-motion power transfer represents more than an incremental improvement in mobile robotics; it’s a paradigm shift that aligns with the needs of a fast-paced, efficiency-driven world. While challenges remain, the technology’s potential to redefine uptime, sustainability, and scalability in logistics is undeniable. As this trend unfolds, companies and innovators alike will need to collaborate to overcome barriers, set standards, and unlock the full potential of continuous energy for mobile robots. References: "Mobile Robots Market Report," MarketsandMarkets, 2023. "In-Motion Energy Transfer: The Future of Automation," Robotics Trends, 2024. "Continuous Operations in Supply Chain Automation," Modern Material Handling, 2023. --- - Published: 2024-11-24 - Modified: 2025-06-19 - URL: https://capow.energy/blog/articles/3-shifts-transforming-warehouse-robotics-what-industry-leaders-need-to-know/ - Categories: Articles - Authors: Rebecca In conversations with warehouse executives and automation engineers, three distinct trends are reshaping how industry leaders think about mobile robotics. Let’s dive into what’s actually happening on the ground. 1. The Hidden Cost of Robot “Productivity” When automation fleets are introduced, one surprising challenge often arises: downtime due to charging. While automation boosts efficiency, the time robots spend charging adds significant overhead. For example, research from multiple warehouse operations highlights that robots typically spend 15-20% of their day idle due to battery recharging needs. Reports from logistics firms like DHL also suggest labor costs for battery management—including battery swaps, charging, and monitoring-can range between $10,000-$15,000 per facility monthly. Key facts: Average robot downtime for charging: 3. 6-4. 8 hours daily (Source: Industry Case Studies) Peak fleet utilization typically falls short of 85% despite optimization. 2. The Sustainability Paradox Battery management presents unexpected sustainability challenges. Warehouse automation fleets often require 2-3 batteries per robot to maintain uptime. Each battery comes with significant environmental and cost implications: Lithium content per battery: 20-30 pounds (Source: Environmental Reports on Battery Usage, 2023) Replacement cost per battery: $2,000-$2,500 Lifespan: Approximately 12-18 months. According to DHL’s 2023 sustainability audit, battery management has become their fastest-growing waste management issue in automated facilities. Not only does this increase operational costs, but it also raises concerns about environmental impact from lithium mining and disposal processes. 3. The Space-Efficiency Challenge Warehouse space is precious, and charging infrastructure competes directly with revenue-generating activities like storage or product movement. As one Senior Operations Analyst puts it plainly: 'Every square foot dedicated to charging is a square foot not moving products. ' Key considerations: Average charging station footprint: 150-250 sq ft. Estimated cost per square foot in modern warehouses: $75-$150 annually. Space consumed by charging in automated facilities: 8-12% of total floor space. These spatial demands often force facilities to compromise operational layouts, reducing overall efficiency. Looking Forward To stay competitive, warehouse operators are turning to transformative solutions that address charging inefficiencies: In-motion energy transfer systems like CaPow’s Genesis platform free up valuable floor space by eliminating the need for charging stations, integrating seamlessly into operational workflows. Efficiency-driven solutions, such as CaPow’s Genesis, provide continuous power while robots are en route, maximizing uptime and optimizing ROI across automation fleets. Take Action If these challenges sound familiar, CaPow offers proven solutions to help: Evaluate your current operations: Our team can help you assess your robot fleet’s true operational needs. Cut costs and reclaim space: Discover how eliminating stationary charging can significantly reduce total costs. Adopt continuous power solutions: With CaPow’s Genesis platform, you can eliminate charging-related inefficiencies and maximize uptime. Want to calculate your facility's hidden automation costs? Try our Savings Calculator. References: Conveyco: Warehouse Automation Statistics Statista: Warehouse Automation Market Worldwide Forbes: How Robot Use in Manufacturing Can Impact Environmental Sustainability GrayMatter Robotics: Sustainability in Manufacturing Robotics #WarehouseAutomation #SupplyChainInnovation #RoboticEfficiency --- - Published: 2024-11-07 - Modified: 2025-06-19 - URL: https://capow.energy/blog/articles/why-downtime-is-no-longer-an-option-how-automation-leaders-are-embracing-power-in-motion-to-transform-efficiency-in-industry-4-0/ - Categories: Articles - Authors: Rebecca In the fast-paced world of Industry 4. 0, one thing has been holding automation experts back: energy. For years, the norm in manufacturing, logistics, and warehouse automation has been to rely on traditional battery-powered mobile robots that stop for recharging. In today’s demand-driven market, however, downtime isn’t just inconvenient; it’s a costly disruption that eats into productivity, inflates operational costs, and limits the potential of automation. Now, a new approach to powering mobile robotics is emerging, one that can eliminate this disruptive downtime entirely. With CaPow’s breakthrough Power-in-Motion technology, continuous energy transfer becomes possible, allowing robots to operate around the clock without the need for recharging stops. This shift in how energy is managed is redefining what it means to optimize for efficiency in Industry 4. 0. CaPow’s Receiver integrated into any type of mobile robot for 24/7 operation. The Traditional Era: Downtime as a Necessary Evil In the current landscape, companies rely on lithium-ion battery-powered robots that run for several hours and then require a full stop for charging, often up to 8 hours. For operations managers, this has meant planning around “charging schedules” that take up valuable time and space. Statistics tell the story: In a typical warehouse, robots can lose up to 20% of operational hours to charging. That’s two hours of lost productivity for every ten hours of operation- and that doesn’t account for the extra resources required to monitor, manage, and replace these batteries over time. Even more costly, the loss of productivity isn’t just about the individual robot but the ripple effect across the entire operation. With the pressure to maintain faster production cycles and shorter lead times, leaders in automation are realizing that downtime is not a given- it’s a problem in need of a solution. And every minute saved on the operational floor translates into financial savings and competitive advantage. Floor antennas are placed along the route to ensure peak efficiency. Introducing Continuous Power: A Paradigm Shift in Mobile Robotics Enter Power-in-Motion, CaPow’s continuous energy transfer solution that eliminates the need for stationary charging stops. Using modular floor antennas, Power-in-Motion delivers power as the robot moves along its route, creating a continuous flow of energy that allows mobile robots to operate without interruption. This innovation does more than reduce downtime; it redefines operational efficiency by providing uninterrupted power that’s as mobile as the robot itself. Consider the impact for operations leaders and automation managers: Zero Downtime, Full Productivity: By allowing robots to operate 24/7 without stopping, Power-in-Motion provides maximum uptime, a key metric in any efficiency-driven operation. The difference between continuous uptime and periodic downtime could mean the ability to fulfill orders faster, reduce labor demands, and keep every square inch of the facility in use. Reduction in Operational Costs: For companies with fleets of mobile robots, the costs associated with battery replacement, charging stations, and maintenance quickly add up. A case study with a tier 1 manufacturer showed that implementing Power-in-Motion led to an impressive 35% reduction in operational costs (OPEX) and a 50% boost in productivity. These aren’t minor savings; they represent a fundamental shift in how companies approach efficiency. Space Optimization: By eliminating the need for charging stations, operations managers can reclaim valuable floor space that can be used for revenue-generating activities rather than as idle real estate for charging docks. A First-Mover Advantage for the Efficiency-Focused For automation leaders, the decision to adopt Power-in-Motion isn’t just about today’s cost savings; it’s about future-proofing. Early adopters who integrate continuous power technology position themselves to outperform competitors still reliant on outdated systems that restrict productivity. According to industry analysis, companies that transition to continuous power not only reduce their OPEX but achieve ROI up to 40% faster than with traditional energy solutions. This rapid return on investment isn’t just financially compelling- it allows companies to reallocate resources towards growth and innovation, rather than managing the limitations of legacy systems. Why Efficiency-Focused Operations Can’t Ignore This Shift Continuous power is more than a technology trend; it’s a response to the demands of a world that values speed, flexibility, and sustainability. In a sector where every second of uptime counts, automation leaders who adopt this technology will set new standards of productivity and operational excellence. And as Industry 4. 0 continues to evolve, those who overlook the advantages of continuous power risk falling behind, limited by systems that can’t keep pace with modern efficiency demands. With Power-in-Motion, downtime becomes a relic of the past, and companies are empowered to operate with unparalleled efficiency. The decision to transition is a strategic one—one that sets the stage for greater productivity, lower costs, and a stronger competitive edge. The Bottom Line: An Opportunity for Those Who Value Efficiency For those who believe in the power of efficiency, the message is clear: adopting continuous power is a game-changer. The companies that move quickly to embrace this shift will lead the industry, setting benchmarks that others will struggle to meet. And with CaPow’s Power-in-Motion technology already proving its value in the field, the path to a more efficient, cost-effective future is clear. This isn’t just about powering robots; it’s about powering the future of Industry 4. 0. --- - Published: 2024-10-31 - Modified: 2025-06-19 - URL: https://capow.energy/blog/articles/zombies-robots-and-perpetual-energy-a-halloween-reflection-on-technological-resurrection/ - Categories: Articles - Authors: Rebecca As the air grows crisp and jack-o'-lanterns flicker with their eerie, orange glow, we’re reminded that Halloween isn’t just a celebration of the supernatural. In the world of industrial automation, there’s a quiet transformation that feels almost like magic - a resurrection of sorts, where robots break free from the “life-draining” cycle of downtime and rise into continuous, unstoppable productivity. Picture this: machines that operate ceaselessly, as relentless as the Halloween zombies that haunt our imaginations, yet driven not by mysticism, but by innovation. The “Zombie” Problem of Industrial Robotics Much like the fictional undead who must pause to “feed,” traditional robots in manufacturing and logistics face their own need for constant pauses - tethered to charging stations, they lose precious time, impacting productivity and efficiency. This downtime has been the ghostly specter haunting even the most advanced automation facilities. It’s as if we’ve accepted that these pauses are a necessary evil in robotics, reducing their effectiveness by anchoring them to energy-consuming breaks. But what if the cycle of charging and pausing could be eliminated entirely? The Vision of Perpetual Energy: No Stopping, Just Motion Imagine robots freed from their metaphorical “graves” of downtime - machines that, rather than stopping for a recharge, remain in motion, powered by a continuous energy source that keeps them working without interruption. This is more than a small improvement; it’s a paradigm shift that redefines what’s possible for industrial automation. Through dynamic power transfer, robots receive energy on the move, maintaining full uptime while performing their tasks. No mystical resurrections here - just solid engineering and a powerful solution. This capability doesn’t merely treat downtime symptoms; it removes them. Robots keep moving, working, and creating - no stops, no waiting, just perpetual productivity. In the zombie analogy, they become the ultimate “living dead”: machines that never stop, reanimated with technology rather than mysticism. Optimizing Every Inch of the Factory Floor Beyond simply cutting downtime, this continuous power approach unlocks a new level of operational efficiency. By liberating robots from stationary charging zones, facilities gain freedom to optimize every square inch of floor space. More productive robots mean fewer units needed, reducing equipment costs and freeing resources for other investments. Think of it as turning a haunted factory floor into a space of pure, unrestrained productivity. We’re moving beyond the concept of machines that need periodic “revival” and into a realm where automation truly becomes a seamless part of daily operations, maximizing output while eliminating costly stops. Sustainability: A Technological Treat for the Future And there’s more to this transformation than pure productivity gains. With fewer high-capacity batteries to maintain and a reduced need for energy-hungry infrastructure, facilities see a meaningful decrease in waste and emissions. This isn’t just about individual gains; it’s a benefit to the entire industrial ecosystem, creating a more sustainable, responsible approach to automation. This Halloween, let’s look past the surface-level scares and see the real revolution in automation happening behind the scenes. Industrial robotics isn’t just about machines that stop and start. It’s about a future where technology eliminates limitations, where “zombies” of downtime become relics of the past, and where machines rise to their full potential, tirelessly advancing production. Is it a trick or a technological treat? This year, we choose technology - because the future doesn’t belong to machines that stop; it belongs to machines that never have to. --- - Published: 2024-10-30 - Modified: 2025-06-19 - URL: https://capow.energy/blog/articles/from-linear-to-spiral-embracing-perpetual-power-for-the-next-evolution-in-industrial-automation/ - Categories: Articles - Authors: Rebecca The merging of AI and robotics is driving industrial automation into a new era. The global industrial robot market is expected to reach $74. 1 billion by 2026, driven by the need for enhanced productivity, efficiency, and cost savings. However, the challenge of downtime due to charging persists, often limiting the full potential of automation. The Evolution of Automation: From Linear to Spiral Historically, the evolution of automation has followed a linear path—incremental improvements in speed, efficiency, and cost. However, the next wave of innovation requires a paradigm shift. The future of automation is not just about making things faster or cheaper; it’s about rethinking how systems operate. This new evolution is more like a spiral, incorporating continuous improvement and adaptive technologies. Demonstrating CaPow’s Genesis solution: the technology inside the robot and the floor’s modular transmitter antenna ensure continuous energy transfer, keeping robots in perpetual motion. Industry Examples: Industry 4. 0 and the Internet of Things (IoT): Traditional manufacturing relied on linear production processes. The advent of Industry 4. 0 introduced interconnected systems where machines communicate and make decisions autonomously, resembling a spiral model of continuous feedback and improvement . AI-Driven Predictive Maintenance: Initially, maintenance was reactive (fixing after failure) or preventive (scheduled fixes). Now, AI and IoT enable predictive maintenance, where systems predict failures before they happen, optimizing maintenance schedules in a continuous, adaptive loop . Digital Twins: In the past, prototypes were tested physically in a linear process. Digital twins allow real-time simulation and testing of designs, enabling continuous iterations and improvements . The Hidden Cost of Downtime Downtime for charging remains a significant obstacle. Traditional charging methods, which require robots to be stationary, consume valuable floor space and necessitate precise alignment, resulting in reduced productivity and increased operational costs. This inefficiency sets back the overall effectiveness of automated systems. The CaPow Solution: Perpetual Power and Continuous Motion in a Spiral Evolution CaPow’s Genesis solution represents a revolutionary step in industrial automation. Utilizing capacitive power transfer, Genesis delivers continuous energy to robots while they are operational. This “Power-in-Motion” technology eliminates the need for stationary charging, ensuring 100% uptime and maximizing efficiency. In the ever-evolving landscape of industrial automation, traditional linear progression is giving way to a more dynamic evolution. This holistic spiral approach allows for continuous improvement and adaptation, reflecting the true nature of modern technological advancements. CaPow’s Genesis is at the forefront of this evolution, providing a flexible and adaptive power solution that keeps robotic fleets in perpetual motion, meeting the growing demands of today’s industrial environments. Key Benefits of CaPow’s Genesis Solution: Seamless Integration: Genesis integrates effortlessly with any industrial robot, including AMRs, AGVs, and pallet shuttles. This flexibility allows for easy upgrades and retrofits, making it ideal for both new and existing systems. Enhanced Safety: Unlike inductive charging, capacitive power transfer is not affected by metal objects in the field, reducing the risk of overheating and fire hazards. Continuous Operation: Genesis supports continuous misalignment in the direction of travel, allowing robots to charge while they move. This drastically reduces travel time from the working area to the charging area and eliminates stationary charging periods. Increased ROI: By ensuring continuous operation, CaPow’s technology can significantly increase operational efficiency and reduce the total cost of ownership. Real-World Application JLC Robotics, an American robotics distributor, faced significant challenges with robot downtime, misalignment issues, and safety hazards. After implementing CaPow’s Genesis solution, they achieved 100% uptime, eliminating downtime and increasing operational efficiency. This not only improved their ROI but also reduced logistical complexities and enhanced safety. The Future of Industrial Automation As the industry moves towards holistic energy management and lithium-independent innovations, solutions like CaPow’s Genesis are setting new standards. By offering perpetual power and continuous motion, these technologies are transforming industrial automation, making it more efficient, cost-effective, and sustainable. Are you ready to embrace the future of automation? Discover how CaPow’s perpetual power solutions can revolutionize your operations, ensuring maximum uptime and efficiency. Explore our Savings Calculator and Floor Planner Tool to see how CaPow can benefit your facility. Citations: “Executive Summary World Robotics 2021 Industrial Robots,” International Federation of Robotics, IFR Executive Summary. “Predictive Maintenance 4. 0: Predict the Unpredictable,” Deloitte, Deloitte Predictive Maintenance. “Digital Twin: The Bridge Between Physical and Digital,” IBM, IBM Digital Twin. --- - Published: 2024-10-30 - Modified: 2025-06-19 - URL: https://capow.energy/blog/articles/energy-transfer-at-the-paris-olympics-2024-who-takes-home-the-gold-medal/ - Categories: Articles - Authors: Rebecca The Paris Olympics 2024 isn’t just a showcase of athletic prowess; it’s also a testament to human ingenuity and technological advancements. As the world tunes in to witness extraordinary feats of strength, speed, and skill, let’s shift our focus to a different kind of race: the race for the most efficient energy transfer method in logistics. In an era where efficiency is king, the logistics market is continually evolving to keep up with demand. This post will compare several energy transfer methods, ultimately crowning the one deserving of the gold medal for its efficiency and effectiveness. Contenders for the Energy Transfer Gold Medal Inductive Charging Contact Charging Battery Hot-Swap Capacitive Power Transfer (CaPow’s Power-in-Motion Technology) Inductive Charging Inductive charging, also known as wireless charging, was first proposed by Nikola Tesla in the late 19th century. It works by using electromagnetic fields to transfer energy between two coils – a transmitter and a receiver. This method has become popular in consumer electronics, such as charging pads for smartphones, and is now being explored for industrial applications. Pros: Wireless and convenient. Reduces wear and tear on connectors. Safer with no exposed conductors. Cons: Requires precise alignment. Often necessitates robots to stop for charging, causing downtime. Limited by distance and alignment issues. Contact Charging Contact charging is one of the oldest and simplest methods of transferring energy to devices. It involves direct physical contact between the charging source and the receiver, typically through metal connectors. This method is commonly used in consumer electronics and some industrial applications due to its straightforward implementation. Pros: Simple and straightforward. Generally low complexity and easy to implement. Can be automated or manual. Cons: Requires robots to stop for charging, leading to downtime. Exposed connectors can pose safety risks. Wear and tear on connectors over time. CaPow’s Genesis: a receiver antenna and a receiver placed inside the robot. Battery Hot-Swap Battery hot-swapping involves physically replacing a depleted battery with a fully charged one without interrupting the device’s operation. This method has been used in various industries, including consumer electronics, power tools, and more recently, in robotics, to ensure continuous operation. Pros: Reduce downtime by quickly swapping out depleted batteries. Provides continuous operation. Cons: Requires multiple batteries per robot. High operational complexity and cost. Significant safety risks due to frequent handling of batteries. Capacitive Power Transfer (CaPow’s Power-in-Motion Technology) Capacitive power transfer is based on the principles of capacitive coupling, which was first explored by Nikola Tesla. Unlike inductive charging, it uses electric fields instead of magnetic fields to transfer energy. CaPow’s Power-in-Motion technology has refined this concept, allowing for continuous energy transfer to moving robots, making it a groundbreaking solution for industrial applications. Pros: Enables continuous charging while robots are in motion. Eliminates downtime, ensuring 100% uptime. Easy to retrofit into existing systems. Safer with no exposed conductors and lower risk of overheating. Reduces operational and capital expenditures (OPEX and CAPEX). Cons: Requires initial (quick and easy) setup of charging infrastructure. May require initial education and adoption period. The Winner: CaPow’s Power-in-Motion Technology While each method has its merits, CaPow’s Power-in-Motion technology stands out as the clear winner for several reasons: Continuous Operation: Unlike other methods that require robots to stop for charging, CaPow enables robots to charge while in motion, ensuring no downtime and maximizing efficiency. Safety: CaPow’s technology mitigates the risks associated with traditional battery charging, such as overheating and exposure to electrical conductors. This makes it a safer choice for industrial environments. Cost-Effective: By eliminating the need for multiple batteries and reducing downtime, CaPow significantly cuts both OPEX and CAPEX, offering a high return on investment. Ease of Integration: CaPow’s system is hardware agnostic and easy to retrofit into existing robotic fleets, making it a flexible and scalable solution. As Noam Geffen, CaPow’s Chief Business Officer, explained during our recent webinar, “The idea is to charge the robot while it’s moving... This gives us, even in stationary situations, a major advantage over traditional inductive solutions. ” Conclusion In the race for the most efficient energy transfer method in logistics, CaPow’s Power-in-Motion technology takes home the gold medal. By providing continuous, safe, and cost-effective energy transfer, CaPow not only enhances operational efficiency but also sets a new standard for the industry. As the Paris Olympics 2024 captivates the world with displays of human excellence, let’s not forget the technological triumphs happening behind the scenes that power our everyday operations. Stay tuned for more updates and insights on cutting-edge logistics solutions. --- - Published: 2024-10-30 - Modified: 2025-06-19 - URL: https://capow.energy/blog/articles/digital-twins-are-taking-over-heres-why-your-robots-need-a-power-twin/ - Categories: Articles - Authors: Rebecca In today’s fast-paced, innovation-driven world, digital twins are the latest buzzword, and for good reason. Companies across industries are leveraging this cutting-edge technology to simulate, monitor, and optimize their assets in real time. From manufacturing to supply chain management, digital twins offer businesses a virtual model of their physical assets, helping them forecast issues before they happen and make data-driven decisions to boost efficiency. But here’s a thought—while digital twins are transforming processes on a virtual level, what if your robots had a power twin? That’s where CaPow’s Genesis energy transfer platform steps in, offering continuous, in-motion power delivery for industrial mobile robots like AMRs, AGVs, AGCs, ASRS, and pallet shuttles. Think of Genesis as the “power twin” for your fleet, ensuring that robots never stop moving, never slow down, and always operate at peak efficiency. Digital Twins: A Game-Changer for Industry The concept of digital twins is catching fire across multiple sectors. Why? Because they provide a real-time virtual counterpart of physical assets, helping businesses: Predict maintenance issues before they cause downtime Optimize processes through real-time data analytics Improve operational performance by simulating scenarios It’s like having a crystal ball for your equipment, and who wouldn’t want that? In 2024, the demand for digital twins is on the rise, and for good reason—they’re helping businesses reduce risks, save money, and maximize efficiency (Exploding Topics). Meet CaPow: The Power Twin Your Robots Didn’t Know They Needed Just as digital twins enhance operational decision-making, CaPow’s Genesis platform gives industrial robots the ability to operate without downtime—forever. Robots equipped with Genesis can charge while they’re in motion, meaning no more trips to the charging station, no more battery replacement delays, and no more idle time. Here’s how it works: In-Motion Power Delivery: Genesis provides seamless energy transfer as robots move along their operational routes, eliminating the need for traditional charging breaks. Strategic Antenna Placement: Using tools like CaPow’s Floor Planner, antennas are placed along robot routes to ensure continuous power delivery, keeping the robots fully charged and operational at all times. Hardware-Agnostic Design: Genesis can be retrofitted into any robot type—whether new or existing designs—making it flexible and adaptable for any fleet. Why You Should Care About a Power Twin for Your Fleet We get it—you’re already dealing with enough complexity. Managing robot fleets, optimizing workflows, and maintaining uptime is no small feat. That’s why investing in CaPow’s Genesis platform isn’t just about more power, it’s about more control over your operations: 100% Uptime: Say goodbye to downtime and inefficiency. With Genesis, your robots stay fully operational 24/7. Reduced Costs: Eliminate the need for costly battery replacements and charging stations, which frees up floor space and lowers maintenance costs. Faster ROI: With increased throughput and constant uptime, you’ll start seeing returns on your investment almost immediately. The Future of Automation is Nonstop As we move deeper into a world where automation drives everything from manufacturing to logistics, staying ahead means eliminating the obstacles that slow you down. Digital twins are offering a vision of a future where predictive maintenance and real-time optimization rule—but your robots don’t need to rely on a crystal ball. They need a power source that can keep them moving without pause. CaPow’s Genesis platform is that power source. It’s the key to creating an operational flow that doesn’t stop, doesn’t slow, and doesn’t compromise. In today’s competitive landscape, those who continue moving forward—literally—will be the ones who win. Want to Learn More? Ready to explore how CaPow can become the power twin for your robotic fleet? Let’s schedule a demo and show you how we’re driving the future of industrial automation—one charged-up robot at a time. Don’t let downtime drag you down. Reach out today. CaPow: Power in Motion, 24/7. Stay operational. Stay ahead. --- - Published: 2024-10-30 - Modified: 2025-06-19 - URL: https://capow.energy/blog/articles/how-the-global-energy-crisis-is-accelerating-innovation-in-automation-and-why-smart-solutions-matter/ - Categories: Articles - Authors: Rebecca The global energy crisis, exacerbated by geopolitical tensions, fluctuating fuel prices, and supply shortages, is reshaping how industries operate. According to the International Energy Agency (IEA), energy costs surged 50% in 2022, forcing industries to rethink energy consumption strategies . In manufacturing, automation has been both a boon and a burden: while it increases output, it can also consume significant energy, especially during idle periods. The Problem with Traditional Automation Traditional automated systems, particularly those relying on stationary robotic fleets, often waste energy during charging downtime. A 2022 McKinsey report found that up to 40% of a fleet’s operational time can be spent idling, waiting for batteries to charge . This not only wastes energy but also inflates operational costs—critical pain points for industries grappling with rising electricity prices and carbon reduction goals. For companies investing in automation, this inefficiency can be devastating. As the energy crisis deepens, governments worldwide are urging manufacturers to adopt more sustainable practices, aligning with the UN’s Sustainable Development Goals (SDGs) for reducing carbon emissions . Enter CaPow: Solving Energy Inefficiencies CaPow’s Genesis solution directly addresses this inefficiency. Rather than relying on traditional stop-and-charge methods that interrupt productivity, CaPow enables in-motion charging for robotic fleets. This innovative approach eliminates downtime, meaning robots remain active 100% of the time, consuming only the energy they need to stay operational. Let’s take a closer look at why this matters, using hard data. Energy Savings: Proving the Impact A study by the National Renewable Energy Laboratory (NREL) reports that implementing continuous energy solutions like in-motion charging can cut energy usage by 30-40% in automated systems compared to conventional stop-and-charge methods . For industries already strained by energy prices, that’s a game-changer. For example, CaPow’s Genesis platform has helped one Tier 1 automotive manufacturer reduce their fleet’s operational losses by 50%. By eliminating queues for charging stations and enabling uninterrupted energy flow, the manufacturer saved an estimated $2M annually, just through energy efficiency improvements. Sustainability and the Future of Automation In addition to energy savings, CaPow’s system also aligns with global sustainability goals. With many manufacturers pledging to reduce their carbon footprints, eliminating inefficient charging systems directly reduces overall power consumption. The World Economic Forum predicts that by 2030, industries adopting energy-efficient automation systems could see a 20% reduction in global carbon emissions . CaPow’s Genesis platform is designed to be scalable, adapting to various robotic fleets, including AMRs and AGVs, making it an ideal solution for companies aiming to future-proof their operations against energy instability. CaPow’s Genesis system powering mobile robots on a Tier 1 automotive manufacturing floor, eliminating downtime Conclusion: Innovation Driven by Necessity The global energy crisis is accelerating the need for smarter, more efficient automation solutions. CaPow’s Genesis solution proves that innovation doesn’t just help industries adapt—it propels them forward. By optimizing how robotic fleets consume energy, CaPow is not only solving today’s energy challenges but also setting the standard for sustainable, efficient automation in the future. For industries facing rising energy costs and operational inefficiencies, the question isn’t whether they can afford to innovate—it’s whether they can afford not to. Sources: International Energy Agency (IEA) Energy Report, 2022 McKinsey & Company, “The Future of Automation,” 2022 National Renewable Energy Laboratory (NREL) Study, 2023 World Economic Forum, “The Role of Energy Efficiency in Sustainability,” 2023 --- - Published: 2024-10-30 - Modified: 2025-06-19 - URL: https://capow.energy/blog/articles/building-supply-chain-resilience-with-industry-4-0-a-glimpse-into-2025/ - Categories: Articles - Authors: Rebecca As global supply chains face unprecedented disruption, companies are turning to Industry 4. 0 technologies to future-proof their operations. In the U. S. , recent reports show that over 80% of companies are battling supply chain issues due to geopolitical instability, climate impacts, and shifting trade patterns. Automation and AI are now critical tools in mitigating these risks. Supply Chain Resilience: More Than a Buzzword As companies adapt to rapid changes, automation has emerged as a key factor in building supply chain resilience. The pandemic highlighted vulnerabilities within global supply chains, prompting many organizations to reconsider their reliance on manual processes. According to a Deloitte report, 55% of U. S. executives cited supply chain disruptions as their top business challenge in 2023. This need for real-time, data-driven decisions is where AI and IoT step in. With predictive maintenance and automated inventory optimization, businesses can anticipate bottlenecks and allocate resources before disruptions occur. The implementation of Industry 4. 0 solutions, such as autonomous mobile robots (AMRs), is transforming the logistics and manufacturing industries by allowing businesses to operate seamlessly- even in volatile environments. Automation is key to building resilient supply chains. (Demonstration). Trending Topic: Supply Chain Agility in 2025 With supply chain agility taking center stage in 2025, events like ProMat (March 17-20, 2025, Chicago) and Supply Chain USA 2025 (June 2025, Chicago) will dive deep into how AI-driven automation is transforming global operations. These platforms will showcase innovative solutions from top companies, focusing on real-time adjustments, risk mitigation, and predictive analytics for supply chain management. At these events, industry leaders will discuss automation’s role in adaptable supply chains, especially in mitigating the impacts of climate change and geopolitical crises. Industry 4. 0 solutions that allow for scalable, flexible operations will dominate the conversation. CaPow’s Role in the Industry 4. 0 Revolution While many focus on data and logistics improvements, innovations in energy efficiency are playing a quiet but vital role. CaPow’s Genesis solution, which offers in-motion charging for robotic fleets, ensures that operations never slow down due to energy limitations. This technology not only reduces downtime but also improves operational efficiency—making it easier for companies to weather disruptions. By cutting down the time robots spend idling, CaPow plays a key role in keeping logistics operations seamless and uninterrupted. Deep tech in action: CaPow engineers shaping the future of in-motion power transfer, one line of code at a time Looking Ahead: ProMat and Supply Chain USA 2025 With the challenges of supply chain management growing more complex, the conversation around Industry 4. 0 and automation is becoming more urgent. Events like ProMat 2025 and Supply Chain USA 2025 are poised to highlight the critical role of automation in shaping the next generation of resilient, efficient, and scalable supply chains. As supply chains become more automated, resilience is not just about managing today’s challenges but also preparing for tomorrow’s uncertainties. Solutions like CaPow’s Genesis offer not just a path to operational efficiency, but also a way to future-proof industries in an ever-evolving global landscape. Conclusion: A Future Built on Innovation and Resilience The future of supply chains depends on how companies embrace automation, AI, and energy-efficient technologies. Industry 4. 0 is the key to unlocking agility, and as more businesses adopt these innovations, the supply chain of 2025 will be more adaptable and resilient than ever. CaPow’s Genesis solution is already playing a part in this future, ensuring that fleets remain powered and productive, contributing to a seamless and agile supply chain that thrives in uncertainty. --- - Published: 2024-10-30 - Modified: 2025-06-19 - URL: https://capow.energy/blog/articles/in-motion-energy-transfer-a-strategic-priority-for-operations-leaders-in-automation/ - Categories: Articles - Authors: Rebecca In the evolving world of industrial automation, in-motion energy transfer systems are gaining significant attention for their ability to power mobile robots and vehicles without the need for downtime. Recent advancements, like Caterpillar’s Dynamic Energy Transfer (DET) system, cater to heavy industrial applications such as mining, requiring significant infrastructure investments, including underfloor excavations to install electrified rail systems (Global Mining Review) (IVT International). While this solution is ideal for large-scale operations, there’s a growing need for flexible, modular alternatives for industries such as manufacturing, warehousing, and logistics. This is where CaPow’s Genesis system offers a revolutionary solution. Designed for mobile robots, Genesis comprises modular floor antennas optimized for energy efficiency, as well as a receiver installed inside the robot—all without requiring any modification to the robot itself. The system is hardware-agnostic, adaptable to different types of robots, batteries, and operational layouts, making it an ideal choice for businesses that require flexibility at every level. CaPow’s Genesis is hardware-agnostic, compatible with any type of robot or battery, and requires zero modifications. What Makes Genesis Stand Out Unlike heavy-duty dynamic charging systems, CaPow’s Genesis system brings flexibility to all angles of operation. The modular floor antennas can be installed with an optimized layout for maximum energy transfer efficiency, ensuring that robots receive power continuously while in motion. The system’s receiver—easily retrofitted into any robot—makes it compatible with existing fleets without altering their hardware, allowing businesses to integrate this advanced power solution without disrupting their operations (IVT International). Genesis is designed for scalability and flexibility across a variety of environments. Whether your operation uses AMRs (Autonomous Mobile Robots), AGVs (Automated Guided Vehicles), or pallet shuttles, Genesis is versatile enough to support any robot, any battery, any layout. This adaptability makes it a future-proof investment, allowing businesses to scale their operations and deploy energy transfer solutions that don’t require significant infrastructure changes or downtime. Get CaPowered Today The Flexibility Automation Leaders Need For operations leaders, the ability to stay flexible in today’s fast-changing environments is paramount. Solutions like Genesis offer continuous energy transfer to robots, allowing them to remain in operation without the need to stop for stationary charging. This is critical in environments where downtime directly impacts the bottom line. The ability to install modular floor antennas without any floor excavation or infrastructure modification is a key differentiator that offers minimal disruption during implementation, making it ideal for businesses looking to scale quickly. In contrast to fixed infrastructure like Caterpillar’s DET system, which suits heavy industries with consistent layouts, Genesis is tailored for environments that demand agility and scalability. This makes it the preferred choice for industries that require the flexibility to change layouts or expand operations rapidly. A Trending Shift Toward Flexibility in Automation Recent global events, such as supply chain disruptions, have highlighted the importance of agility in operational strategies. As companies scramble to enhance their automation processes, many are shifting toward more adaptable, scalable solutions to stay competitive. In fact, according to recent surveys, 65% of businesses are now prioritizing automation investments that offer the ability to adapt quickly to changing market demands (IVT International). Contact CaPow’s experts This is where CaPow’s modular approach to in-motion energy transfer aligns perfectly with industry trends. The demand for flexibility, driven by unpredictable market shifts and the need for more efficient supply chain operations, makes hardware-agnostic solutions like Genesis a critical tool for staying ahead of the curve. Key Takeaways for Automation Leaders: No Excavation Required: Unlike traditional dynamic charging systems, CaPow’s Genesis system does not need extensive infrastructure changes like underfloor installations, offering a seamless integration process. Flexible Across All Angles: Genesis is hardware-agnostic, adaptable to various types of robots, batteries, and operational layouts, ensuring continuous power with zero downtime. Scalable for Any Environment: Whether you’re operating a small warehouse or scaling up a large manufacturing facility, Genesis’ modular design can easily adapt to growing needs. As businesses continue to navigate shifting market demands and supply chain disruptions, investing in flexible, adaptable solutions like CaPow’s Genesis system is key to maintaining operational resilience and staying competitive. In a world where agility is becoming a critical factor in success, Genesis provides the future-proof flexibility companies need to thrive in uncertain times. --- - Published: 2024-10-30 - Modified: 2025-06-19 - URL: https://capow.energy/blog/articles/the-future-of-autonomous-mobile-robots-how-power-in-motion-technology-redefines-24-7-operations/ - Categories: Articles - Authors: Rebecca Introduction: In the complex and ever-evolving landscape of intralogistics, autonomous mobile robots (AMRs) have become a game-changer. However, one of the biggest challenges facing this technology is ensuring continuous, uninterrupted operation. Downtime due to charging not only limits productivity but also inflates the cost of fleet operations. Enter CaPow’s Power-in-Motion technology- an innovation that’s transforming the way AMRs operate by delivering perpetual power on the move. This blog explores how Power-in-Motion technology addresses the most pressing challenges of AMR deployment, from reducing battery dependency to enabling true operational flexibility. CaPow’s Genesis Demo showcasing Power-in-Motion technology The Problem with Traditional Charging Paradigms AMRs are highly effective at streamlining workflows, but their dependence on traditional charging methods forces them to stop, dock, and recharge, leading to downtime. As companies scale their fleets, this downtime becomes a bottleneck, requiring the addition of more robots to maintain productivity. This is an expensive workaround that doesn’t truly solve the problem. Key Takeaway: The challenge isn’t about charging faster or having more charging stations; it’s about ensuring robots never need to stop. The Game-Changer: Dynamic Power Delivery in Motion CaPow’s Power-in-Motion technology isn’t just about charging; it’s about creating a dynamic power delivery ecosystem that enables robots to receive power while they’re in motion. Unlike traditional wireless charging systems that require precise alignment, CaPow’s solution adapts to the robot’s movements, maintaining efficient power transfer even when there’s misalignment or while the robot is driving across a facility. Why This Matters: No More Dedicated Charging Stations: Robots no longer need to pause operations, drastically reducing downtime. Integration Flexibility: The technology is hardware-agnostic, meaning it can be adapted to various robotic platforms without compromising power requirements. Modular Floor Antennas: The transmitter antennas can be seamlessly integrated into the facility, enabling effortless power transfer as robots move along their regular paths. Contact CaPow Reducing Battery Dependency: A Vision for the Future Traditionally, robots are equipped with oversized batteries to ensure they last long enough between charging sessions. This not only adds unnecessary weight but also increases costs. CaPow’s solution challenges this paradigm by enabling smaller batteries to maintain optimal power levels through constant micro-charging. This means that AMRs can use supercapacitors or even smaller energy buffers, making them lighter, safer, and more efficient. Insight: As Alon Cervera, CaPow’s co-founder, explained, “We are not just extending battery life; we are reimagining what energy delivery can be in the world of robotics. ” Genesis not only extends battery life but also reduces dependency on batteries. Safety and Scalability: Powering Large Fleets Efficiently Operating multiple robots simultaneously presents power management challenges, especially in large facilities. CaPow’s system is designed to manage and monitor entire fleets, ensuring efficient energy transfer even as dozens of robots move through a facility. With the capacity to handle up to hundreds of robots, the technology scales effortlessly without compromising safety. Since the system operates using non-ionizing electromagnetic radiation, it meets strict safety regulations. Roberto Michel, senior editor at Modern Materials Handling, noted that “The true innovation isn’t just about powering robots; it’s about how seamlessly this technology integrates into existing workflows. ” The Real Impact: Lowering Costs and Increasing Efficiency By maintaining batteries at an optimal charge level (around 60-80%), CaPow’s technology minimizes battery degradation, significantly extending battery life and reducing replacement costs. In some cases, the ROI is so compelling that even retrofitting older robots can make economic sense. The Result: Companies can maintain 24/7 operations without needing to invest in larger fleets or expensive charging infrastructure, leading to a considerable reduction in the total cost of ownership. A Glimpse into the Future: Battery-Free Robots? One of the most visionary aspects of CaPow’s technology is the potential to eliminate batteries altogether. By relying on supercapacitors or other energy storage methods, robots of the future could become entirely battery-free, relying solely on Power-in-Motion technology to stay energized as they navigate warehouses and factories. Conclusion: Power-in-Motion as the New Standard CaPow’s Power-in-Motion technology is more than a solution; it’s a paradigm shift in how we think about power delivery for autonomous robots. By eliminating the need for dedicated charging stations, reducing battery sizes, and enabling 24/7 operations, CaPow is setting a new standard for efficiency and scalability in the robotics industry. Final Thought: As companies seek to automate their operations further, Power-in-Motion technology offers a glimpse into a future where robots aren’t limited by energy constraints but instead operate with true autonomy. Learn More --- - Published: 2024-10-29 - Modified: 2024-10-30 - URL: https://capow.energy/blog/insights/webinar-on-demand/ - Categories: Insights - Tags: Webinar - Authors: Rebecca Webinar On Demand: Mastering Efficiency with with CaPow’s Power-In-Motion Technology Missed our live event? No worries! Access our exclusive on-demand webinar to discover how CaPow's innovative Power-In-Motion technology can transform your operations. Whether you're an automation professional, or an integrator, this webinar is packed with valuable insights to enhance your efficiency and productivity. Watch Webinar Webinar On Demand: Mastering Efficiency with with CaPow’s Power-In-Motion Technology Missed our live event? No worries! Access our exclusive on-demand webinar to discover how CaPow's innovative Power-In-Motion technology can transform your operations. Whether you're an automation professional, or an integrator, this webinar is packed with valuable insights to enhance your efficiency and productivity. Watch Webinar Webinar Highlights: Introduction to Power-In-Motion TechnologyDiscover how CaPow’s unique energy transfer solution ensures continuous power delivery to robotic fleets, eliminating downtime and maximizing operational efficiency. Expert Panel DiscussionLearn from industry leaders, including Noam Geffen, CaPow’s Chief Business Officer, Jamie Callihan, President of JLC Robotics, and our guest moderator, Nikki Gonzales from Automation Ladies. They share their expertise on the latest trends in automation and how to leverage advanced technology for optimal results. Case Study: Real-World ApplicationsExplore real-world applications and success stories, including how JLC Robotics implemented CaPow’s solution to achieve unprecedented efficiency and cost savings. Q&A Session Get answers to your most pressing questions from our expert panel, providing you with actionable insights tailored to your specific needs. Ready to take your automation processes to the next level? Click below to access the webinar on demand and start optimizing your operations today. --- - Published: 2024-10-28 - Modified: 2024-10-29 - URL: https://capow.energy/blog/insights/whitepaper/ - Categories: Insights - Tags: Whitepaper - Authors: Rebecca Is Your Automated Fleet Losing Money Due to Downtime? Discover 100% Uptime and Peak Efficiency Learn how automation leaders are eliminating downtime, cutting operational losses by 50%, and boosting efficiency by 30% with CaPow. Download the Whitepaper Now! A Smarter Alternative Exists Traditional charging systems force robots to stop and dock, causing hours of daily downtime and contributing to $50 billion in annual losses across industries. Many operations leaders see this as an unavoidable cost of automation-but it doesn't have to be. 100% Uptime, Zero Downtime CaPow’s Power-in-Motion tech powers robots on the move, enabling 24/7 operations. No charging breaks, no extra robots- just continuous maximum efficiency. Key Highlights Achieve 100% uptime. Up to 50% reduction in operational losses. No need for additional infrastructure or extra robots. Download the White Paper Now --- - Published: 2024-10-27 - Modified: 2024-10-29 - URL: https://capow.energy/blog/insights/jlc-robotics-case-study-revolutionizing-agv-performance-with-capow/ - Categories: Insights - Tags: Case Study - Authors: Rebecca JLC Robotics Case Study:Revolutionizing AGV Performance with CaPow Overview: Discover how JLC Robotics, a leading distributor of industrial automation solutions, transformed the performance of their Thouzer AGVs by implementing CaPow’s Genesis solution. This breakthrough technology eliminated charging downtime, enhanced operational efficiency, and reduced costs for their clients. The Challenge: JLC Robotics faced significant challenges with the lengthy charging periods and inefficiencies of their Thouzer AGVs, leading to operational downtime and customer dissatisfaction. - Jamie Callihan, President and Owner at JLC Robotics "The clear return on investment for our operators is undeniable. CaPow's Genesis drastically reduced our robot fleet's downtime. It's a game-changer in the automation industry. " The Solution: CaPow’s Genesis solution introduced "Power-In-Motion" technology, allowing Thouzer AGVs to charge while in motion, eliminating the need for stationary charging and minimizing downtime. The Results:400% Throughput Increase50% Reduction in Automation Losses32% Decrease in Total Cost of Ownership - Phil Denton, Channel Sales Manager at JLC Robotics“Thanks to CaPow, no more dedicated charging areas, no more forgetting to charge robots between shifts, and no more dealing with batteries. It just works! ” About CaPow CaPow is pioneering energy transfer solutions with its Genesis platform, ensuring 100% uptime for automated fleets. About JLC Robotics JLC Robotics offers cutting-edge automation solutions, including the Thouzer AGV, to manufacturers across the U. S. Read the Full Case Study --- - Published: 2024-07-03 - Modified: 2025-06-19 - URL: https://capow.energy/blog/articles/optimizing-work-to-charge-ratio-enhancing-efficiency-with-capows-genesis-solution/ - Categories: Articles - Authors: Rebecca In the world of industrial automation, maximizing the efficiency of robotic fleets is crucial. One key metric that significantly impacts operational productivity is the Work to Charge Ratio. At CaPow, we understand the importance of this ratio and have developed innovative solutions to optimize it, ensuring your robots are working more and charging less. What is Work to Charge Ratio? The Work to Charge Ratio measures the amount of time a robot spends working compared to the time it spends charging. It can be defined in two ways: Robot Working Time / Robot Charging Time Number of Robots Working / Number of Robots Charging For example, a robot that works for 4 hours and charges for 1 hour has a Work to Charge Ratio of 4:1. This ratio is crucial for understanding and improving the efficiency of your robot fleet. Explore CaPow's Floor Planner Why is Work to Charge Ratio Important? Optimizing your Work to Charge Ratio is vital for increasing fleet efficiency and reducing costs. A high Work to Charge Ratio means your robots are spending more time on productive tasks and less time idle due to charging. This not only enhances operational productivity but also reduces the need for additional robots, charging infrastructure, and associated costs. The Challenge Industrial mobile robot operators often face significant downtime due to charging, which can inflate fleet sizes by up to 20% and reduce overall efficiency by 4%. This downtime translates into increased operational costs and reduced productivity. For example, a manufacturer planning to automate processes with 100 AMRs at $40,000 each might need an additional 30 robots to account for charging downtime, increasing the project cost by $1. 2 million. The Solution CaPow's Genesis solution is designed to tackle these challenges head-on. Our in-motion energy transfer platform delivers continuous power to robots while they are operational, eliminating the need for stationary charging. This market-unique solution ensures 100% uptime, enabling your fleet to maintain peak efficiency without the need for extra robots. Calculate Your Savings with CaPow Optimizing Work to Charge Ratio with CaPow's Genesis Opportunistic Charging Traditional charging methods often require robots to leave their operational areas to charge, resulting in lost productivity. By implementing opportunistic charging with CaPow's Genesis, robots can charge while performing their tasks, maximizing their working time. Perpetual Power with Genesis Our Genesis solution goes beyond opportunistic charging. It allows robots to charge while in motion, ensuring continuous power delivery and eliminating downtime. This technology supports various types of equipment, including AMRs, AGVs, AS/RS systems, forklifts, and drones, making it versatile and adaptable to different operational needs. Real-World Impact A tier-one manufacturer in the United States implemented CaPow's Genesis solution after a successful pilot program. Before CaPow, their robots experienced downtime due to charging, significantly impacting productivity. With Genesis, they achieved 100% uptime, reduced fleet sizes, and reported up to 35% reduction in total cost of ownership and a 50% increase in operational efficiency. Conclusion Optimizing your Work to Charge Ratio with CaPow's Genesis solution can revolutionize your operational efficiency. By eliminating downtime and ensuring continuous power delivery, our technology helps you maximize productivity and reduce costs. Whether you're dealing with AMRs, AGVs, AS/RS systems, or other mobile robots, CaPow's Genesis offers a game-changing solution to keep your fleet running at peak efficiency. Learn More About CaPow Want to learn more about how CaPow's perpetual power solution can transform your robotic fleet's performance? Click here to explore our innovative technology and discover the benefits of maintaining 100% uptime with CaPow's Genesis. Frequently Asked Questions What is Work to Charge Ratio? Work to Charge Ratio measures the time a robot spends working compared to the time it spends charging. How is Work to Charge Ratio calculated? Divide the working time by the charging time. Why is Work to Charge Ratio important? Optimizing this ratio increases fleet efficiency and reduces costs. Can CaPow's solution retrofit existing battery-based fleets? Yes, our Genesis solution can retrofit existing fleets, ensuring minimal disruption and immediate benefits. What are the maintenance requirements for CaPow’s system? Our system requires minimal maintenance, mainly periodic checks of the transmitters and receivers. What is the ROI and cost savings associated with CaPow’s solution? Our clients have reported up to a 35% reduction in total cost of ownership and a 50% increase in operational efficiency, with significant savings on battery maintenance and replacement. --- - Published: 2024-06-20 - Modified: 2025-06-19 - URL: https://capow.energy/blog/articles/future-trends-in-automation-transforming-logistics-operations/ - Categories: Articles - Authors: Rebecca The logistics industry is experiencing a profound transformation, driven by rapid technological advancements and the pressing need for efficiency and cost reduction. As businesses strive to stay competitive, the integration of cutting-edge technologies into logistics operations is becoming paramount. For instance, dynamic power transfer for mobile robots is not just a futuristic concept; it is already enabling companies to eliminate downtime, thereby significantly increasing productivity and reducing operational costs. This article explores several key trends that are set to redefine the logistics landscape, providing businesses with innovative solutions to enhance efficiency and sustainability. 1. Artificial Intelligence and Machine Learning Artificial Intelligence (AI) and Machine Learning (ML) are increasingly being integrated into logistics operations to optimize processes and enhance decision-making. AI-driven algorithms can analyze vast amounts of data to predict demand, optimize inventory management, and improve route planning for delivery vehicles. A report by McKinsey & Company highlights that AI and ML can reduce forecasting errors by up to 50%, leading to a 20% reduction in inventory costs. These technologies enable logistics companies to respond more effectively to market changes and customer demands, ultimately improving service levels and reducing costs. 2. Dynamic Power Transfer Technologies One of the most significant trends in logistics automation is the adoption of dynamic power transfer technologies. Unlike traditional charging methods that require robots to stop for recharging, dynamic power transfer enables Autonomous Mobile Robots (AMRs) and Automated Guided Vehicles (AGVs) to receive continuous power while in motion. This technology eliminates downtime associated with stationary charging, leading to significant improvements in operational efficiency. According to a study by the International Journal of Advanced Robotic Systems, dynamic power transfer can increase the utilization rate of mobile robots by up to 30%. This increase in utilization translates to higher throughput and reduced operational costs, making it an attractive option for logistics operators. 3. Robotics and Automation The deployment of robotics and automation in logistics is set to accelerate, with advanced robots capable of handling a wide range of tasks, from picking and packing to sorting and transportation. The integration of robotics not only increases efficiency but also addresses labor shortages and enhances workplace safety. Research by the Robotics Industry Association (RIA) indicates that the global market for logistics robots is expected to grow at a compound annual growth rate (CAGR) of 24% from 2021 to 2026. This growth is driven by the need for faster, more accurate, and scalable solutions to meet the demands of e-commerce and global supply chains. 4. Internet of Things (IoT) The Internet of Things (IoT) is revolutionizing logistics by providing real-time visibility and control over operations. IoT devices can track the location, condition, and status of goods throughout the supply chain, enabling more efficient inventory management and reducing the risk of loss or damage. A study by Gartner predicts that by 2025, more than 50% of large global enterprises will be using advanced analytics and IoT to improve supply chain operations. The ability to monitor and analyze data in real-time allows logistics operators to make informed decisions and enhance overall efficiency. 5. Autonomous Vehicles Autonomous vehicles, including drones and self-driving trucks, are poised to transform the logistics industry by enabling faster and more reliable deliveries. These vehicles can operate around the clock without the need for breaks, reducing delivery times and costs. According to a report by PwC, the adoption of autonomous vehicles in logistics could lead to cost savings of up to 25% by 2030. This reduction in costs is attributed to lower labor expenses, increased fuel efficiency, and optimized routing. 6. Minimizing Dependency on Lithium Batteries The logistics industry is also witnessing a shift towards minimizing dependency on lithium batteries. Recent incidents, such as the Ocado warehouse explosion caused by a malfunctioning battery, have highlighted the risks associated with lithium-ion batteries. As a result, companies are exploring alternative energy sources and battery technologies that offer greater safety and reliability. 7. Maximizing Efficiency The overarching trend in logistics is the relentless pursuit of efficiency. This includes optimizing every aspect of operations, from energy usage to workflow management. For example, dynamic power transfer not only reduces downtime but also maximizes the operational capacity of existing assets, leading to substantial cost savings and productivity gains. Conclusion The future of logistics is being shaped by innovative technologies that enhance efficiency, reduce costs, and improve sustainability. From dynamic power transfer and AI-driven optimization to the widespread adoption of robotics, IoT, and autonomous vehicles, these trends are set to revolutionize the industry. As logistics operators embrace these advancements, they will be better equipped to meet the evolving demands of the market and deliver superior value to their customers. By staying informed about these emerging trends and integrating them into their operations, logistics companies can position themselves at the forefront of the industry and achieve significant competitive advantages. References: International Journal of Advanced Robotic Systems, "Dynamic Power Transfer for Mobile Robots," 2022. McKinsey & Company, "Artificial Intelligence in Logistics," 2021. Robotics Industry Association (RIA), "Global Market for Logistics Robots," 2021-2026. Gartner, "IoT and Advanced Analytics in Supply Chain," 2021. PwC, "Autonomous Vehicles in Logistics," 2030. Incident Report: Ocado Warehouse Explosion, 2020. --- - Published: 2024-06-04 - Modified: 2025-06-19 - URL: https://capow.energy/blog/articles/the-future-of-efficiency-how-capow-is-leading-the-charge-in-dynamic-wireless-energy-transfer/ - Categories: Articles - Authors: Rebecca The Challenge with Traditional Wireless Charging Wireless charging technology has made significant progress, but it traditionally faces efficiency challenges compared to plug-in methods. Some companies are focused on inductive wireless charging for industrial robots and EVs, which signals a step towards mainstreaming this technology. However, inductive charging, while addressing the efficiency issue, still has limitations. Downtime is one of them. CaPow's Power-in-Motion Technology: Downtime Brought to an End At CaPow, we’ve taken a different approach that not only addresses static charging limitations but also sets a new standard in the industry. Our Power-in-Motion technology offers continuous, dynamic wireless energy transfer, eliminating the need for stationary charging altogether and taking efficiency to unprecedented heights. Here’s how we’re leading the charge: Continuous Power for AMRs and AGVs Unlike traditional wireless charging solutions that require the device to be stationary, CaPow’s technology allows for power transfer while robots are in motion. This ensures 100% uptime, drastically improving operational efficiency. 2. Immediate ROI and Seamless Integration Our system is designed for easy retrofitting into existing robotic fleets, making it simple for operators to switch to our technology without significant downtime. The immediate reduction in operational costs and elimination of charging downtime translates to instant ROI improvements. 3. Capacitive vs. Inductive: The CaPow Advantage While inductive charging supports misalignment and is gaining traction, CaPow’s capacitive power transfer technology offers several advantages. It is not only more efficient but also safer and more reliable, reducing the risk of overheating and providing a more sustainable solution. Research Supports the Dynamic Charging Trend Recent research indicates a significant shift towards dynamic wireless charging solutions. A report by Market Research Future projects that the wireless charging market will grow at a CAGR of 22. 4% from 2021 to 2027, driven by the increasing adoption of wireless charging in various applications, including electric vehicles and industrial automation. This trend underscores the growing demand for more efficient and reliable power solutions like CaPow’s Power-in-Motion technology. Real-World Success: Boosting Efficiency for JLC Robotics Our partnership with JLC Robotics illustrates the tangible benefits of our technology. By retrofitting their robots with CaPow’s Power-in-Motion system, JLC Robotics has eliminated downtime, enhanced operational efficiency, and significantly reduced their CAPEX and OPEX. This case study exemplifies how our innovative approach is transforming robotic operations in real-world scenarios. Why CaPow is the Future As the market for electric vehicles and automation continues to grow, the need for efficient, reliable, and innovative power solutions becomes more pressing. While companies like Tesla explore inductive wireless charging, CaPow is already providing a superior alternative with our Power-in-Motion technology. Our focus on continuous power delivery, seamless integration, and immediate operational benefits positions us at the forefront of this technological evolution. Stay Ahead with CaPow As we continue to innovate and lead in dynamic wireless energy transfer, we invite you to stay tuned for our upcoming webinars and industry insights. Discover how CaPow can revolutionize your operations and keep you ahead of the curve in a rapidly changing landscape. Conclusion The future of power is dynamic, efficient, and continuous. At CaPow, we’re not just part of this future; we’re driving it. As more companies recognize the limitations of traditional and static wireless charging methods, our Power-in-Motion technology stands out as the solution that can deliver real, immediate, and transformative benefits. Stay connected with CaPow and be part of the future of power. Contact UsReady to transform your operations? Contact us today to learn more about CaPow’s Power-in-Motion technology. --- - Published: 2024-05-28 - Modified: 2025-06-19 - URL: https://capow.energy/blog/articles/revolutionizing-robotic-operations-the-capow-advantage/ - Categories: Articles - Authors: Rebecca "In the race for efficiency, downtime is the enemy. " The global industrial robotics market is on a trajectory to reach $80 billion by 2025. Yet, the flip side of this growth reveals a staggering cost: downtime in industrial automation is projected to exceed $50 billion annually. This reality highlights the critical need for solutions that eliminate operational interruptions and maximize efficiency. CaPow, a game-changing innovation in the world of Industry 4. 0. Our mission is simple yet profound: to ensure continuous, uninterrupted robotic operations, thereby revolutionizing the landscape of automation. The CaPow Solution - No Charging Downtime At CaPow, we’ve developed a unique energy transfer technology that keeps mobile robots in perpetual motion, eliminating the need for frequent charging stops. We support any type of robot, both retrofit or new design (And no, the robots are not ours, as we are asked frequently). This breakthrough addresses a long-standing challenge in robotics: the work-to-charge ratio dilemma. By ensuring 100% uptime, we significantly enhance productivity and operational efficiency. CaPow's Genesis in action The Impact of Downtime Research from MIT and Carnegie Mellon University has highlighted the severe impact of downtime on productivity. A study in the International Journal of Robotics Research indicates that even brief operational interruptions can lead to substantial losses in efficiency, throughput, and increased costs. Additionally, industry analysis reveals that downtime can cost an average of $1. 3 million per hour across various sectors. These figures underscore the urgency for solutions like CaPow. Uninterrupted Operations CaPow's technology ensures that robots remain operational around the clock, which is crucial for high-paced environments like warehouses and manufacturing facilities. Our system's ability to provide continuous power on-the-move eliminates the bottlenecks associated with traditional charging methods, thereby maximizing throughput and minimizing downtime. Broad Industry Applications The versatility of CaPow’s solution extends across multiple industries. Whether in e-commerce fulfillment centers or automotive manufacturing plants, our technology’s impact on operational efficiency and sustainability is profound. By reducing reliance on conventional charging infrastructure, CaPow helps organizations optimize resource utilization and minimize their carbon footprint. CaPow extends the lifetime of lithium batteries or eliminates the need for batteries. Commitment to Sustainability At CaPow, we are committed to sustainability. Our technology not only boosts operational efficiency but also aligns with environmental goals by reducing energy consumption and carbon emissions. This dual benefit makes CaPow an essential partner for businesses striving for both economic and environmental excellence. Shaping the Logistics Future As we advance in the era of automation, CaPow is at the forefront of driving innovation and efficiency. Our continuous research and real-world applications are reshaping how robotic operations are managed, paving the way for a more efficient, sustainable future. We invite you to join us on this transformative journey. Let’s eliminate downtime and usher in a new era of operational excellence. References: Market Research Future. (2021). Industrial Robotics Market Research Report - Global Forecast till 2025. Smith, J. D. , & Johnson, K. (2019). "The Impact of Downtime on Robotic Efficiency. " International Journal of Robotics Research, 33(5), 589-602. Market Research Future. (2021). Industrial Robotics Market Research Report - Global Forecast till 2025. Research and Markets. (2024). Market Analysis Report on Industrial Robotics. --- - Published: 2024-05-28 - Modified: 2025-06-19 - URL: https://capow.energy/blog/articles/the-evolution-of-automation-from-the-industrial-age-to-next-gen-logistics-solutions/ - Categories: Articles - Authors: Rebecca "Automation does not need to be our enemy. I think machines can make life easier for men, if men do not let the machines dominate them. " — John F. Kennedy The Dawn of Industrial Automation The concept of automation dates back to the Industrial Revolution, a period between the late 18th and early 19th centuries, where major shifts in manufacturing and production methods began to take place. The invention of the steam engine by James Watt in 1765 is often hailed as a pivotal moment, enabling mechanized production and leading to the rise of factories. This era marked the beginning of mass production, which significantly altered logistics and supply chain management. Goods could now be produced in larger quantities and distributed over wider areas, paving the way for modern logistics. Key Milestones in Automation The Early 20th Century: Assembly Lines and Electrification The early 20th century saw the introduction of the assembly line by Henry Ford in 1913, revolutionizing automotive manufacturing. This innovation drastically reduced the time taken to assemble a car, exemplifying the potential of automation to enhance efficiency and output. Concurrently, the widespread adoption of electricity further accelerated industrial automation, providing a more reliable and versatile power source for machinery. Post-War Era: The Advent of Computers and Robotics The aftermath of World War II spurred significant advancements in technology. The development of computers in the 1950s and 1960s laid the groundwork for sophisticated automation systems. In 1961, General Motors installed the first industrial robot, Unimate, in their production line, heralding a new era in automation. This robot could perform repetitive tasks with precision, reducing human labor and increasing production consistency. Genesis by CaPow: A Next-Gen solution that enables 'Power-In-Motion,' meaning charging while en route. The Digital Revolution: Integrating IT and Automation The late 20th century witnessed the digital revolution, characterized by the integration of information technology (IT) with automation. This period saw the rise of programmable logic controllers (PLCs) and computer numerical control (CNC) machines, which allowed for more complex and precise automation processes. The introduction of the internet further transformed logistics, enabling real-time tracking and data analytics to optimize supply chains. Enter Industry 4. 0: The Rise of Smart Automation We are now in the midst of Industry 4. 0, a term coined to describe the fourth industrial revolution. This phase is characterized by the fusion of digital, physical, and biological worlds through advanced technologies such as the Internet of Things (IoT), artificial intelligence (AI), and big data analytics. These technologies have enabled the development of smart factories, where machines can communicate with each other and make autonomous decisions to optimize production processes. The Cost of Downtime in Modern Automation Despite these advancements, one significant challenge remains: downtime. According to research by the International Society of Automation (ISA), downtime in industrial automation can cost manufacturers an average of $260,000 per hour. In the logistics sector, this figure can escalate to $1. 3 million per hour due to the critical nature of supply chain operations. This highlights the urgent need for solutions that can minimize interruptions and maintain continuous operations. Next-Generation Solutions for Logistics Automation Amidst this backdrop of rapid technological evolution, innovative solutions are emerging to address one of the most pressing issues in logistics automation: energy efficiency. Traditional automation systems often face downtime due to the need for battery recharging, disrupting operations and incurring significant costs. CaPow's Genesis makes stationary charging redundant Continuous Energy Transfer: A Paradigm Shift Innovative energy transfer technology offers a paradigm shift by continuously transferring energy to robots while they are in motion, eliminating the need for frequent charging stops. This ensures 100% uptime, enhancing productivity and operational efficiency without the need for extensive infrastructure changes. The Benefits of Continuous Energy Transfer Solutions Increased Productivity: By maintaining continuous operation, this technology significantly boosts productivity in dynamic environments such as warehouses and manufacturing plants. Cost Efficiency: The reduction in downtime leads to substantial savings in both CAPEX (capital expenditure) and OPEX (operational expenditure). Sustainability: Such technology reduces the reliance on traditional charging methods, minimizing the carbon footprint and supporting environmental sustainability goals. Looking Ahead: The Future of Logistics Automation As we look towards the future, it is clear that continuous energy transfer solutions are set to redefine the logistics landscape. The integration of this technology with existing automation systems not only enhances efficiency but also aligns with broader industry trends towards sustainability and smart manufacturing. In conclusion, the journey of automation from the early days of the Industrial Revolution to the present era of Industry 4. 0 showcases a relentless pursuit of efficiency and innovation. Next-generation solutions that ensure continuous energy transfer are at the lead of this evolution, promising to transform logistics and pave the way for a more efficient, sustainable future. References Market Research Future. (2021). Industrial Robotics Market Research Report - Global Forecast till 2025. Market Research Future. Smith, J. D. , & Johnson, K. (2019). The Impact of Downtime on Robotic Efficiency. International Journal of Robotics Research, 33(5), 589-602. Research and Markets. (2024). Market Analysis Report on Industrial Robotics. Research and Markets. --- - Published: 2024-05-19 - Modified: 2025-06-19 - URL: https://capow.energy/blog/articles/next-gen-efficiency-the-future-of-automation-with-dynamic-power-delivery-in-logistics-and-manufacturing/ - Categories: Articles - Authors: Rebecca The world of logistics and fulfillment is currently experiencing a dramatic shift, driven by the rapid evolution of automation technologies. As companies aim for greater efficiency and reduced operational costs, the integration of autonomous mobile robots (AMRs) and automated guided vehicles (AGVs) has become increasingly essential. One of the most significant challenges facing these technologies is the efficient delivery of power to maintain uninterrupted operation. In this blog post, we will explore the emerging solutions in dynamic power delivery and their transformative impact on the logistics and manufacturing industries. The Power Challenge in Automation The adoption of AMRs and AGVs in logistics offers numerous advantages, including enhanced operational efficiency and reduced labor costs. These benefits are often tempered by the limitations of current power delivery methods. Traditional charging solutions, whether wired or static wireless, require robots to periodically stop for charging, leading to downtime and inefficiencies. For example, typical lithium-ion battery-powered robots may work for five hours but require one hour of charging, resulting in a 5:1 work-to-charge ratio. To maintain continuous operations, companies must purchase additional robots to compensate for those that are charging, leading to increased capital expenditures and logistical complexities. Genesis by CaPow in action Dynamic Power Delivery: A Game-Changer Welcome to the world of dynamic power delivery—a revolutionary approach that addresses these challenges by enabling robots to receive power while on the move. This technology, exemplified by CaPow's innovative solution “Genesis”, integrates an electronic device within the robot, paired with floor or surface antennas that transmit power wirelessly. This setup allows robots to continuously operate without the need for frequent stops, significantly boosting uptime and operational efficiency. Key benefits of dynamic power delivery include: 1. 100% Uptime: Robots can operate continuously without downtime for charging, ensuring that the entire fleet is always active. 2. Cost Efficiency: By eliminating the need for additional robots and reducing the reliance on large, expensive lithium-ion batteries, companies can achieve substantial cost savings. 3. Safety Improvements: Reducing or eliminating the use of lithium-ion batteries mitigates safety risks associated with battery overheating and potential fires. 4. Flexibility and Scalability: The system is compatible with any make and model of robot, whether retrofitted or newly designed, providing a versatile solution for diverse operational needs. Case Study: Real-World Implementation A notable implementation of dynamic power delivery was conducted at a major manufacturing facility in North America. The facility, which utilizes 50 robots, saw remarkable improvements after integrating CaPow's technology. The installation of just four floor antennas, each measuring one meter, was sufficient to power the entire fleet of robots, maintaining 100% uptime. This case study underscores the practical benefits of dynamic power delivery, demonstrating how minimal infrastructure changes can yield significant operational enhancements. The ability to retrofit existing robots also highlights the technology's adaptability, making it an attractive option for facilities looking to upgrade their current systems without extensive modifications. Future Prospects and Innovations The future of logistics and fulfillment will undoubtedly be shaped by continued advancements in automation and power delivery. Research indicates that the global market for AMRs and AGVs is expected to grow significantly in the coming years, driven by increasing demand for efficiency and productivity in logistics operations . In this context, dynamic power delivery will play a crucial role in enabling these technologies to reach their full potential. Companies adopting this solution can expect not only to enhance their operational capabilities but also to gain a competitive edge in an increasingly automated and efficiency-driven market. Conclusion As the logistics and manufacturing industries continue to evolve, the integration of dynamic power delivery systems represents a critical advancement. By ensuring continuous operation and improving safety and cost efficiency, this technology addresses some of the most pressing challenges in the deployment of automation solutions. Companies that embrace this innovation will be well-positioned to thrive in the fast-paced, technology-driven landscape of modern logistics. For more information on dynamic power delivery and how it can transform your operations, visit our technology page and contact us. --- References: 1. "Global Autonomous Mobile Robots Market Analysis. " . 2. "The Future of Automated Guided Vehicles in Logistics. " . --- - Published: 2024-05-09 - Modified: 2025-06-19 - URL: https://capow.energy/blog/articles/can-wireless-energy-solutions-drive-efficiency-and-sustainability-in-automation/ - Categories: Articles - Authors: Rebecca A recent study by the International Energy Agency (IEA) has emphasized the importance of efficient energy solutions in meeting global sustainability goals and achieving net zero emissions targets. As industries embrace Industry 4. 0, there is a growing need for innovative energy solutions that not only enhance automation efficiency but also support environmental initiatives. Revolutionizing Automation with In-Motion Wireless Energy Transfer Wireless energy solutions are transforming how automated processes are powered. Traditional wireless energy transfer technologies have limitations, including slower charging rates and lower energy capacity, which can lower the efficiency and productivity of automated systems. In contrast, innovative proprietary technologies, such as Genesis, developed by CaPow, offer advanced energy transfer capabilities while robotic fleets are in motion. These solutions leverage supercapacitors to store and release energy rapidly and efficiently, enabling continuous power delivery and eliminating the need for charging downtime. This results in increased operational uptime and optimized productivity. Request a Demo Achieving Sustainability and Reducing Emissions The inherent differences between CaPow's in-motion energy solutions and traditional methods provide several benefits for sustainability: Battery Waste Reduction: Eliminating or reducing lithium-ion batteries from automated solutions reduces hazardous waste and minimizes environmental impact. Efficient Energy Usage: Advanced energy transfer solutions ensure optimized energy consumption, helping companies reduce their carbon footprint. Net Zero Support: By enhancing energy efficiency and minimizing emissions, these solutions align with companies' net zero targets. Research from the United Nations Environment Programme (UNEP) has highlighted the role of clean energy in achieving Sustainable Development Goals (SDGs), particularly SDG 7: Affordable and Clean Energy. By adopting efficient energy transfer technologies, companies can contribute to a greener, more sustainable future. Explore Key Resources for Net Zero and Industry 4. 0 Insights For further readings on net zero, clean energy, and sustainability in the context of Industry 4. 0, you may also explore: World Economic Forum (WEF): The WEF offers insights on Industry 4. 0 and sustainability. Their reports explore how technology and innovation can drive sustainable practices in manufacturing and logistics. Visit their reports section here for the latest updates. Deloitte Insights: Deloitte provides analysis and reports on the future of industry and sustainability. Their resources delve into the potential of digital transformation to enhance operational efficiency and reduce carbon emissions in manufacturing and logistics. Find their resources here. By integrating the insights from these leading organizations, businesses can gain a clearer understanding of how emerging technologies can support their sustainability goals in Industry 4. 0. Such insights, combined with innovative solutions like CaPow's energy transfer systems, can help pave the way for a more efficient, cleaner, and sustainable future. Conclusion The potential for innovation and sustainability through advanced energy solutions is immense. By adopting cutting-edge technologies that enable continuous energy transfer for robotic fleets, companies can revolutionize their automation processes while simultaneously supporting global sustainability initiatives. As industries continue to evolve, exploring these advanced wireless energy solutions is key to driving efficiency and reducing emissions. For more information, contact us. --- - Published: 2024-05-02 - Modified: 2025-06-19 - URL: https://capow.energy/blog/articles/revolutionizing-automation-the-impact-of-capacitive-power-technology-on-amrs-and-industrial-equipment/ - Categories: Articles - Authors: Rebecca The logistics and manufacturing industries are constantly on the lookout for innovative solutions to stay ahead of the curve. In a recent podcast interview, Shawn Tierney spoke with Noam Geffen, Chief Business Officer at CaPow, about capacitive power technology, a groundbreaking advancement poised to revolutionize how autonomous mobile robots (AMRs), forklifts, drones, and hoist crane systems operate. The Logistics Industry’s Need for Efficiency According to a 2023 report by Statista, the global logistics market is expected to grow from $4. 92 trillion in 2021 to over $7 trillion by 2026. This substantial growth highlights the need for improved operational efficiency across the logistics sector, as well as the demand for cutting-edge technologies to sustain this trajectory. The Problem with Traditional Charging Methods One of the major challenges faced by industries relying on automation is the traditional method of recharging. Typically, AMRs and similar equipment must pause operations to dock at charging stations, leading to costly downtimes and decreased productivity. This inefficiency is a significant concern, particularly in logistics and manufacturing facilities where every second of operation counts. CaPow's Game-Changing Solution CaPow's capacitive power technology provides a transformative approach to power delivery. By leveraging electronic fields, CaPow wirelessly transfers energy to automated equipment, such as AMRs, as they operate ( AKA Power-In-Motion). This innovation eliminates the need for charging stations, allowing continuous movement and operation. Noam Geffen points out that CaPow's technology seamlessly integrates with existing systems, making it a practical and cost-effective solution. By removing the need for docking and recharging, companies can minimize operational disruptions and optimize productivity. Talk to an Expert Enhanced Safety and Productivity A study by McKinsey & Company emphasizes the importance of safety in warehouse operations, citing the potential for accidents involving machinery. CaPow's wireless power technology removes the risks associated with physical connections and cables, and at the same time it enables the removal of lithium batteries, ensuring a safer working environment. Additionally, the elimination of charging downtime means AMRs and other equipment can operate continuously, maximizing productivity. Companies can handle more tasks in less time, streamlining operations and meeting the increasing demands of the logistics market. Looking Ahead As automation continues to transform the logistics and manufacturing industries, CaPow’s Power-In-Motion technology will play a crucial role in enabling seamless, efficient operations. The potential for increased productivity, safety, and cost savings makes CaPow's solution a game-changer. In conclusion, CaPow's capacitive power technology is revolutionizing the way industries approach automation. By providing continuous power to AMRs and other automated equipment, CaPow is enabling businesses to stay competitive and achieve new levels of efficiency. To learn more about how CaPow's innovative technology can benefit your business and help you thrive in the competitive logistics landscape, check out our technology and solution pages on our website. Let's power your future together! Get CaPowered --- > Discover how mobile robots optimize logistics operations, reducing downtime & enhancing efficiency in warehouses & transportation logistics. Learn more! - Published: 2024-04-18 - Modified: 2025-06-19 - URL: https://capow.energy/blog/articles/can-mobile-robots-revolutionize-operational-efficiency-in-logistics/ - Categories: Articles - Authors: Rebecca The logistics industry is constantly being transformed, with new technologies that are helping to identify bottlenecks, and enhance operational efficiency. Automation and robotics have been central to the supply chain operations revolution, largely through investment and improvements in mobile robots. The mobile robotics market, valued at $16. 5 billion in 2022, is projected to reach $130. 9 billion by 2032. But despite increased adoption, mobile robots are not sufficiently optimized to keep pace with a rapidly evolving logistics industry. Held back in part by its steep price tag, lengthy charging downtime and the valuable space charging stations take up, standard mobile robots are increasingly unsustainable. Complex Inefficiencies For years, the logistics industry was reliant on manual labor for its operations – a practice resulting in downsides such as human errors, fatigue, safety issues and, in recent years, spiking labor shortages. In an effort to mitigate this challenge, automation processes have been adopted to maintain efficiency and keep up with demand. Automating routine tasks such as inventory management, order processing and scheduling has allowed companies to ensure that their operations are not impacted by the varying degrees of labor available, optimizing resource allocation and productivity, and enhancing efficiency throughout the supply chain. At the heart of automation lies the promise of streamlined operations, the foundation of cost-saving initiatives. Yet as rising demand puts further strain on the logistics industry, one elusive solution remains: the 24/7 warehouse. If logistics companies cannot operate round-the-clock, they risk losing the money they invested in automation. The Change is in Operational Efficiency Mobile robots have brought the logistics industry closer to non-stop operational warehouses. Indeed, these robots offer efficiency by navigating floors and transporting goods throughout warehouses with precision and speed. But as demand climbs, cracks are beginning to show. Simply put, adding robots to warehouse operations isn't the cure-all the industry had hoped for. Downtime and Upfront Cost When adopting mobile robots, warehouse operators face two distinct challenges: high entry prices and loss of operational revenue. Mobile robots are expensive and come with a large upfront cost. There’s also the need to invest in an inflated fleet to mitigate charging downtime. In other words, because most mobile robots charge while stationary, warehouses must either halt operations while a fleet recharges or invest in additional robots – an inflated fleet – so they always have robots on the floor even while some are charging. Get a proposal from CaPow Battery Reliance Robotic fleets are dependent on battery power which requires investment for charging, replacing, and recycling (or disposing of) batteries – not to mention the dangers of overheating or combustion. Lithium batteries, found in most mobile robots, must be stored in temperate conditions as they are known for their sensitivity to extreme heat and extreme cold. And even when stored and charged for optimal battery health, these batteries still only have a lifespan of 2-3 years and can cost tens of thousands to replace. The use of mobile robots has optimized workflows, minimized manual labor, and enhanced overall productivity, ultimately contributing to streamlined logistics operations. But for the logistics industry to achieve true operational efficiency, mobile robots must be able to work continuously without having to stop to charge.   Real Estate Warehouse rental prices are at an all time high, so every inch of square footage is valuable. Unfortunately, standard mobile robots require large charging stations – infrastructure that takes up warehouses’ precious space, limiting room for more inventory and ultimately harming potential revenue. Recharging Our Approach Amid workforce shortages and high labor costs, the need for automation in the logistics industry has never been clearer. Automating critical tasks allows logistics companies to mitigate the impact of these setbacks, ensuring continuity and resilience in the face of unforeseen challenges as well as enhancing workforce productivity and safety. Mobile robots, once optimized, could be the saving grace of the industry. But the challenges above present the need for a significant shift in how robotic automation is deployed in order to achieve operational efficiency and meet the growing demands of modern supply chains. To achieve long-term success, warehouses must effectively manage 24/7 fleets to ensure they provide scalability and meet evolving business needs. The use of robots in our everyday lives is no longer science fiction. Now, it’s time to prepare them for the future.   Get CaPowered --- > CaPow's Power-in-Motion solution transforms warehouse automation for AMRs & AGVs, ensuring continuous workflow & maximum efficiency. Learn more! - Published: 2024-04-15 - Modified: 2025-06-19 - URL: https://capow.energy/blog/articles/beyond-wireless-capows-power-in-motion-a-whole-new-ball-game-for-amrs-and-agvs/ - Categories: Articles - Authors: Rebecca Empowering Automation in Industry 4. 0 If you're an automation manager or an enthusiast seeking to enhance warehouse operations, you're likely familiar with the challenges of traditional power delivery systems for Automated Mobile Robots (AMRs) and Automated Guided Vehicles (AGVs). In this article I will lay out the reasons you should be looking for a Power In Motion solution rather than a wireless charging solution.   Genesis by CaPow: Is Wireless Charging Old News? You’ve probably heard about Genesis, or at least you’re familiar with CaPow’s Power-In-Motion promise. But what does it really mean? Is it a “nice to have'' yet another wireless charging solution, or is it a MUST HAVE? In recent episodes of The New Warehouse Podcast and The Automation Podcast, Noam Geffen, CaPow’s CBO, and Mor Peretz, CaPow’s Founder and CEO, were interviewed about the uniqueness of the Genesis capacitive power system. Founded 5 years ago, CaPow's focus on capacitive power addresses the inherent inefficiencies of current automation solutions. Their technology is engineered to power everything from AMRs to AGVs, marking a paradigm shift in power delivery for moving robots. While it looks like CaPow offers wireless charging solutions, this couldn’t be farther from the truth. It's inherently different from traditional wireless charging methods, and the outcome is completely different. CaPow vs. Traditional Solutions: Redefining Power Delivery Traditional automation systems often struggle with challenges such as high initial costs, support issues, safety concerns, and reduced throughput, primarily due to energy constraints. CaPow's vision revolves around delivering a solution that operates 100% of the time, extends the lifecycle of automation solutions, reduces ownership costs, and eliminates dependency on traditional power solutions. The outcome: 100% efficiency. Wireless Power Delivery VS CaPow's Game-Changing Approach At the heart of CaPow's innovation lies its In-Motion-Power delivery ecosystem. Unlike traditional wireless methods that necessitate robots to stop for charging, CaPow's solution enables continuous power delivery while in motion and while in route. This perpetual power delivery ensures uninterrupted workflow and maximizes fleet uptime. While other solutions in the market struggle to promise higher efficiency and less downtime, CaPow makes a real shift in the rules of the game: No Downtime whatsoever. What sets CaPow apart from other wireless solutions, on top of its high-speed power delivery, is its use of capacitive power instead of inductive power. This distinction renders CaPow's system insensitive to metals, eliminating potential interference issues common with other solutions. Additionally, CaPow's Genesis system supports misalignment of the robot on the floor antenna up to 50% of its size, a feature not supported by other solutions. These unique attributes prove CaPow's commitment to delivering hyper-reliability and efficiency unheard of in warehouse automation. Request a Proposal from CaPow CaPow's Holistic Approach to Operations CaPow's solution offers a combination of benefits beyond operational efficiency. By reducing downtime and mitigating technical faults related to batteries, CaPow revolutionizes warehouse automation. Moreover, its sustainability aspect, by minimizing reliance on lithium-ion batteries, contributes to a greener and eco-friendlier warehouse environment. Modular Architecture: Flexibility and Adaptability CaPow's system architecture supports modularity and adaptability. It accommodates various power inputs and output requirements, ensuring seamless integration with different robot types and facility layouts. The proprietary algorithms optimize power delivery routes, maximizing the effectiveness of the system. Floor Planner Business Flexibility: Reduced CAPEX and OPEX  From a business standpoint, CaPow offers flexible business models, ranging from Capex to energy-as-a-service. By implementing CaPow's Genesis capacitive power system, companies can significantly reduce both capital expenditures (CAPEX) and operating expenses (OPEX). Unlike traditional automation solutions that require extensive investments in infrastructure, such as charging stations and battery replacements, CaPow's innovative approach eliminates the need for costly infrastructure upgrades and reduces ongoing maintenance expenses. Whether you're planning a new facility or seeking to retrofit existing systems, CaPow's expertise and tailored solutions address diverse needs. By utilizing the power of in-motion energy delivery, Genesis reduces the total cost of ownership by an average of 32% while slashing operational losses related to automation by more than 50%. This breakthrough technology introduces a new era where minimal downtime is no longer the best-case scenario—it's eliminated. CaPow Savings Calculator Conclusion: CaPow's Vision for the Future In conclusion, CaPow's Genesis capacitive power system represents a leap forward in warehouse automation. By providing perpetual power delivery, CaPow empowers businesses to achieve maximum efficiency and sustainability in their operations. Unlike traditional solutions that often require inflated fleets to account for charging downtime, CaPow eliminates this need, allowing businesses to purchase only the robots they truly need. Whether you're a seasoned automation professional or exploring the possibilities of warehouse automation, CaPow offers a transformative solution that redefines the future of AMRs and AGVs. Upcoming Podcast: Stay Tuned for More Insights from CaPow Another exciting podcast featuring Noam Geffen is on the horizon. Keep an eye out for more insights and discussions on CaPow's innovative solutions for warehouse automation. Get CaPowered --- > Discover 4 effective ways to extend battery life in autonomous mobile robot fleets, ensuring peak performance and sustainability in warehouse operations. - Published: 2024-04-10 - Modified: 2025-06-19 - URL: https://capow.energy/blog/articles/4-ways-to-advance-high-quality-battery-life-for-autonomous-mobile-robot-fleets/ - Categories: Articles - Authors: Rebecca In Mor Peretz’s last interview for the New Warehouse, Peretz, CaPow’s founder and CEO, mentioned the critical importance of sustainable power solutions for autonomous mobile robot (AMR) fleets. He emphasized, "Our approach is to provide a solution that would give you this freedom of disengaging from a stationary point, and of course, from all mechanical constraints. " This statement reflects the essence of CaPow's commitment to advancing high-quality battery life for AMR fleets. In the current dynamic landscape of AMRs, ensuring optimal battery life is a critical factor for maintaining peak performance and operational efficiency. Advanced technologies and strategic approaches are pivotal in driving AMR fleets towards exceptional battery longevity and efficiency. In this article, I will lay out 4 key strategies that contribute to advancing high-quality battery life for AMR fleets. 1. Fine-Tuned Charging Cycles: Optimizing charging cycles is crucial for extending battery life. Fine-tuned algorithms and intelligent charging systems ensure that batteries are never below 20% or charged above 80%, reducing wear and maximizing energy storage. Capow's Genesis excels in this area, providing smart batterie optimization. 2. Dynamic Energy Management: Real-time energy management solutions empower AMRs to intelligently adjust power consumption based on operational demands. By regulating motor speeds, sensor usage, and communication modules, AMRs optimize energy utilization during tasks, contributing to prolonged battery life and reduced operational costs. 3. Advanced Predictive Maintenance: Implementing advanced predictive maintenance techniques based on AI algorithms and real-time data analytics ensures optimal battery health. Predictive models analyze battery performance metrics, detect anomalies, and schedule maintenance proactively, reducing the risk of unexpected failures and optimizing battery longevity. In line with this innovative approach, CaPow’s GEMS (Genesis Energy Management Software) provides a comprehensive platform integrating real-time data analytics, proactive maintenance reporting, and efficiency improvement suggestions. For example, GEMS utilizes predictive algorithms to forecast energy consumption patterns, identify potential issues, and recommend proactive maintenance actions to prevent wear. 4. Transitioning to Battery-Free Solutions: Genesis by CaPow utilizes power transfer technologies that revolutionize AMR operations by completely eliminating onboard batteries. Supercapacitors, also known as ultracapacitors or electrochemical capacitors, are a cutting-edge energy storage solution. Unlike traditional batteries, SuperCapacitors store energy in an electric field, facilitating rapid charging and discharging cycles. This design distinguishes Supercapacitors from conventional batteries, offering advantages in various applications. Power storage with the help of CaPow’s “supercap”, reduces maintenance cost, and enhances operational efficiency. This approach also supports environmental sustainability by reducing battery waste, as well as increased service life of the power storage solution itself. Get CaPowered Conclusion: By utilizing technologies such as predictive maintenance and capacitive power transfer, businesses can unlock new levels of efficiency and sustainability in their warehouse automation initiatives. The integration of these innovative solutions not only optimizes battery health and energy utilization but also eliminates operational downtime, lowers maintenance costs, and reduces environmental impact. In Peretz's words, "Our mission goes beyond just improving battery life or eliminating batteries altogether. It's about fundamentally redefining how AMRs operate, ensuring continuous power delivery, seamless integration, and long-term sustainability. By embracing these advancements, businesses can navigate the challenges of modern warehouse operations with confidence, paving the way for a greener, more efficient future. " As the landscape of warehouse automation evolves, strategic investments in perpetual power technologies and holistic energy management solutions will play a critical role in driving operational excellence, enhancing ROI, and encouraging a culture of innovation and sustainability. With CaPow's comprehensive solution and forward-thinking approach, businesses can launch a transformative journey towards a more efficient tomorrow in the space of warehouse automation and beyond. --- > Discover how dynamic power delivery solutions revolutionize mobile robot operations, ensuring continuous uptime, efficiency, and cost-effectiveness. - Published: 2024-03-31 - Modified: 2025-06-19 - URL: https://capow.energy/blog/articles/the-need-for-100-uptime-for-mobile-robots/ - Categories: Articles - Authors: Rebecca Cutting-edge mobile robots cost tens of thousands of dollars per unit, if not more, which is a steep price tag that requires operators to always be looking to put them to use and maximize ROI. But mobile robots such as those found in many warehouses and factory floors need to recharge every few hours. And with a battery lifespan of a few years, they demand continuous investment. Indeed, while robots are now a critical asset for many businesses, they are also among the most expensive items to purchase and maintain, and excessive downtime continues to drive up the total cost of ownership. As charging technology evolves, wireless solutions have proven to be popular and are often more efficient than connected charging, but it doesn’t mitigate the downtime that inhibits continuous operations – all but a necessity for companies to stay cost-efficient and competitive. Standard Power Supply Can’t Keep Up Workforce shortages, rising labor costs, and the explosive growth of e-commerce and fulfillment needs have all led to rapid growth in the mobile robotics industry. The annual market for mobile robotics in logistics and delivery is predicted to reach $150 billion over the next two decades. Even with this surge, most wirelessly charging mobile robots struggle to keep up with operational demands. Although wireless charging is advantageous for eliminating wear and tear and safety issues, robots still need to pause operations and remain inactive to recharge. For industries that rely on non-stop operations, any downtime is a significant drawback, necessitating costly investment in faster wireless charging technologies, supplementary power management, or even a second robotic fleet to enable overlapping, ongoing shifts. With enough resources, operating an inflated fleet can support continuous operations, but the issue of added space requirements arises alongside the steep cost. Considering how valuable every square foot is in a warehouse or industrial setting, the amount of space needed to integrate wireless charging can be a serious setback for storage efficiency. Charging stations not only need their own dedicated area but also require clear access lanes for robots to reach them, leading to workspace reconfiguration that can impact the overall flow of operations. Other limitations are more technical in nature such as “distance from object” which refers to the distance over which power can be transferred. The efficiency of wireless charging typically decreases as the distance between the charger and the device increases, so robots must be positioned within a few centimeters of a charging station to receive optimal energy. Misalignment is a similar concern – for the charging process to be effective, a robot must be properly aligned with the docking station. Even minor misalignments can significantly inhibit charging efficiency, prolonging the process or resulting in incomplete charging. This necessitates precise positioning mechanisms and sensors to ensure correct alignment, adding costs, complexity, and potential points of failure to warehouse systems. Eliminate downtime - Book a meeting now Dynamic Power Delivery Eliminates Downtime The recent emergence of dynamic power delivery solutions is an exciting development for robotic power delivery. These innovative systems work to continuously power operation robots and phase out charging downtime entirely. This approach allows robots to recharge while in motion as they perform their tasks, eliminating the need to take them off the floor for dedicated charging sessions. By facilitating round-the-clock operation, dynamic power delivery elevates operational management and efficiency – a significant improvement for industries where continuous operation is crucial. Constant uptime will lead to increased productivity and fleet efficiency, as well as reduced waste and spending. If wireless charging was an opening salvo for robot downtime, dynamic power delivery may just be the magic bullet. Reducing Battery Reliance Wireless charging technology often requires highly specialized batteries and charging systems – a dependency that ties robot manufacturers and users to a specific set of products and providers for power solutions. This monopoly limits flexibility in terms of sourcing and maintaining charging systems. For instance, in situations where a charging tech provider faces supply chain issues, discontinues a product, or fails to keep up with advancing technology, users will be stuck with obsolete or unsupported systems. Additionally, batteries in mobile robots are often made from lithium, a hazardous material that needs to be swapped out every few years and requires specific storage temperatures and handling procedures. The result is even more inflated costs and fewer options for competitive pricing, as the market for compatible wireless charging solutions is limited to a few key players. As with the issue of downtime, new and upcoming advancements could render traditional batteries in mobile robots obsolete. Research is already underway regarding alternative power sources, such as supercapacitors, fuel cells, or even eco-friendly renewable sources. Without the need for large, heavy batteries, robots will be smaller, more agile, and more efficient. Moreover, by leveraging renewable energy sources, these future power solutions will help make the robotic technology landscape more sustainable. A Continuously Powered Future With continuous, efficient, and sustainable power delivery, the limitations of current robotic systems will fade, ushering in a new era of automated efficiency. These developments stand to fundamentally change the design and operation of mobile robots (and perhaps even the warehouses and factories they serve), resulting in smaller, more agile, and more cost- and time-efficient fleets across the globe. Schedule a Demo --- > Experience CaPow's revolutionary power-in-motion technology, reshaping energy management in automation for unparalleled efficiency - Published: 2024-03-28 - Modified: 2025-06-19 - URL: https://capow.energy/blog/articles/energy-management-in-automation-discover-the-strength-of-power-in-motion/ - Categories: Articles - Authors: Rebecca At CaPow, our mission is clear: to radically transform traditional efficiency and energy management paradigms in automation and drive industries towards a future of hyper-efficiency, thanks to our brilliant power-in-motion capabilities. Challenges in Traditional Automation When we explore the world of automation, we're confronted with inherent inefficiencies impacting current solutions. These inefficiencies arise from high initial costs, ongoing support challenges, safety concerns, and the constant struggle to achieve optimal efficiency while combating reduced throughput. The Energy Challenge: A Variety of Obstacles The heart of these challenges? Energy. Energy inefficiencies manifest in various ways, from frequent bot downtime due to charging needs to inflated fleets, excessive initial costs, and even the space constraints imposed by traditional power solutions within warehouse setups. CaPow: Pioneering Power-In-Motion At CaPow, we dared to ask, "What if? " What if we could transform automation by ensuring that solutions run continuously, powering 100% of the fleet, all the time? What if we could extend solution lifecycles, slash ownership costs, and liberate industries from outdated power dependencies? CaPow is not just a company; it's a vision brought to life—a fusion of super-unique technology and radical ambition. The heart of our technology lies in capacitive power, which enables us to reach perpetual power, a concept that fuels our core essence and drives us to reshape the automation landscape. Redefining Possibilities with CaPow’s Genesis Genesis—the core of our innovation. CaPow’s Genesis isn't just another wireless product; it's a power delivery ecosystem precisely crafted for moving robots. Unlike conventional power solutions that dictate robot stops for recharging, Genesis redefines the norm. It powers robots seamlessly during their operations, ensuring uninterrupted workflow and optimal efficiency. Adaptability at Its Core Our solution isn't bound by hardware constraints or battery types. Whether it's AGVs, AMRs, ASRA solutions, and more, CaPow’s Genesis adapts effortlessly. Lead, acid, lithium, super caps—you name it, we power it. Surface variations are inconsequential; whether it's concrete, wax deck floors, or vertical movements, CaPow’s Genesis delivers. Request a Proposal for Retro-Fit Intelligent Integration for Efficiency The magic of Genesis lies in its inventive integration into robots and facilities. On the robot side, our lightweight Genesis receiver seamlessly fits into the system, acting as a power nexus without necessitating extensive modifications. The power delivery isn't just efficient; it's intelligent, ensuring optimal power distribution without compromising operational dynamics. Strategic Floor Antenna Placement Facility-side integration is equally seamless. Customizable antennas, strategically placed, serve as power channels, ensuring robots stay charged and operational without sacrificing valuable floor space. The efficiency gains are tangible, with minimal stickers powering entire fleets, optimizing and simplifying operations. Request a Floor Plan Flexibility in Battery Strategies Our vision doesn't end with power delivery; it extends to battery management and strategic planning. Our floor planner tool empowers clients to optimize antenna placement, utilizing energy in high-traffic zones and critical operational areas. Moreover, we offer flexibility in battery strategies—be it extending existing battery life, reducing spec batteries, or eliminating batteries altogether in favor of our supercapacitor solutions. Each approach is carefully crafted to align with client needs, ensuring seamless integration and maximum efficiency gains. Conclusion: Driving Towards a Super-Efficient Tomorrow At CaPow, we're not just redefining energy management; we're crafting a new narrative for automation. Our journey isn't just about technological innovation; it's about empowering industries, enhancing efficiency, and paving the way for a sustainable, energy-efficient future. As we navigate this journey, our commitment remains faithful—to unlock efficiency potentials, and drive industries towards a brighter, perpetually powered tomorrow. Book a Demo --- > Explore the transformative power of perpetual energy tech in automation, eliminating downtime, enhancing efficiency & driving sustainability in warehouses - Published: 2024-03-25 - Modified: 2025-06-19 - URL: https://capow.energy/blog/articles/perpetual-power-automation-benefits/ - Categories: Articles - Authors: Rebecca Imagine a world where machines never stop, where the rhythm of automation flows seamlessly without interruptions for charging or downtime. This vision is not a distant dream but a tangible reality with the concept of perpetual power, a revolutionary paradigm in energy delivery for the automation industry. Perpetual power is not just about wireless charging or eliminating batteries; it's a transformative approach that redefines how machines operate in dynamic environments like warehouses, manufacturing floors, and logistics hubs. At the lead of this technological shift is CaPow, a company dedicated to reshaping the future of energy in automation. The Origin of Perpetual Power The journey towards perpetual power began with a vision to address operational inefficiencies caused by traditional energy systems. Prof. Mor Peretz, Founder and CEO of CaPow, launched a quest to revolutionize energy delivery in automation. The name "CaPow" itself, a wordplay on capacitive power, reflects the core essence of this transformative technology. Driven by years of experience in electronics and hardware development, Prof. Peretz and the CaPow team explored alternative approaches to wireless energy transfer. The culmination of their efforts gave birth to a groundbreaking solution that transcends the limitations of conventional charging methods. Talk to an Expert Breaking the Chains of Stationary Charging Perpetual power liberates machines from the shackles of stationary charging stations. Unlike traditional batteries that require periodic recharging, perpetual power enables continuous energy delivery while machines are in motion. This dynamic approach not only eliminates downtime but also enhances operational efficiency and productivity. The key to perpetual power lies in its ability to provide instantaneous power reserves and support high-frequency charging and discharging cycles. Super capacitors play a pivotal role in this ecosystem, ensuring reliable and on-the-go energy availability for robots, vehicles, and other automated systems. Environmental Sustainability and Cost Efficiency Beyond operational benefits, perpetual power aligns with sustainability goals by reducing battery waste and minimizing environmental impact. The traditional reliance on lithium-ion batteries poses challenges related to resource limitations, safety concerns, and end-of-life management. In contrast, perpetual power solutions like CaPow's Capacitive power transfer technologies offer a greener and more sustainable alternative. Moreover, perpetual power drives cost efficiencies by optimizing fleet size, reducing maintenance costs, and enhancing overall system reliability. By extending battery life cycles and streamlining energy management, organizations can achieve significant cost savings while maintaining peak operational performance. The Path Forward: Embracing Perpetual Power As industries embrace digital transformation and automation, the adoption of perpetual power becomes imperative for staying competitive and sustainable. The benefits are clear: uninterrupted operations, zero downtime, enhanced flexibility, and a greener footprint. In conclusion, perpetual power represents a paradigm shift in energy delivery that transcends the limitations of traditional charging methods. It empowers industries to unlock new levels of efficiency, reliability, and sustainability, paving the way for a future where machines never rest, and productivity knows no bounds. Book a Demo --- > Explore 3 trends reshaping warehouse energy management: efficiency, sustainability & safety. Learn how CaPow's solutions address real-world challenges - Published: 2024-03-20 - Modified: 2025-06-19 - URL: https://capow.energy/blog/articles/three-transformative-trends-in-warehouse-energy-management/ - Categories: Articles - Authors: Rebecca We recently returned from MODEX, and many of us are now at LogiMAT. While exhibiting at our CaPow booth, we've had the opportunity to meet people from various industries, with different titles and goals. However, they all shared one common question: What are the emerging technologies and trends in logistics? In this article, I will guide you through the intriguing maze of warehouse energy management, simplifying the exploration process. I will narrow it down to three transformative trends that are reshaping operations for efficiency, sustainability, and safety. These trends are not just theoretical concepts but responses to real-world challenges, such as the catastrophic Ocado warehouse explosion, highlighting the critical importance of proactive energy management and safety measures. 1. The Pursuit of 100% Efficiency Efficiency has become the basis of modern warehouse operations, driven by the imperative to minimize downtime and maximize productivity. The logistics industry struggles to find solutions that can actually solve the main problem: downtime. The market is bombarded with slogans marketing solutions that promise to “minimize downtime”, “enhance efficiency” and so on. What if someone would come up and say: “Hey, I can solve your efficiency problem at its core”? CaPow’s Genesis, an energy transfer platform, powers robots on the move while they are in their operational route, eliminating the need for charging stations and inflated fleets, thus enabling 100% uptime and zero downtime. CaPow's technology is a prime example of this trend in action, operator's sweetest dream finally coming to life. To add to that, CaPow’s floor planner is strategically mapping the placement of Genesis floor antennas to ensure optimal coverage and seamless energy flow. This meticulous planning not only eliminates dead zones but also maximizes the efficiency of energy transmission, allowing Autonomous Mobile Robots (AMRs) and AGVs to operate at full capacity without the need for stationary charging. Contact CaPow 2. Holistic Energy Management Holistic energy management is a response to the complex energy dynamics within warehouses, where proactive maintenance and optimization are most important. CaPow's GEMS (Genesis Energy Management Software) is at the lead of this trend, offering a comprehensive platform that integrates real-time data analytics, proactive maintenance reporting, and efficiency improvement suggestions. For instance, GEMS utilizes predictive algorithms to forecast energy consumption patterns, identify potential issues, and recommend proactive maintenance actions to prevent downtime. The Ocado warehouse explosion serves as a stark reminder of the importance of proactive energy management. CaPow's holistic approach, combining GEMS software with Genesis technology, ensures that energy usage is optimized to prevent overheating or energy spikes that could lead to catastrophic incidents. By continuously monitoring energy levels and proactively addressing potential risks, warehouses can enhance safety and operational reliability. 3. Lithium-Free Innovation: Enhancing Safety and Reliability The lithium-ion batteries challenges are twofold: not only are they a hazardous material but they are also hard to handle, both logistically and financially. Every couple of years there comes a time when operators are forced to deal with swapping those batteries, shipping them, and purchasing new ones. Both OPEX and CAPEX are high. On top of that, the safety concerns highlighted by incidents like the Ocado explosion have led to a shift towards lithium-free energy solutions. CaPow's Genesis technology is leading this trend by both increasing the longevity of existing batteries and or eliminating the need for lithium batteries, thereby enhancing safety and reliability while ensuring uninterrupted operations. The strategic placement of Genesis floor antennas, managed by the floor planner, further optimizes energy distribution, enabling AMRs and AGVs to operate continuously without compromising safety or performance. Additionally, Genesis incorporates advanced energy management features, such as intelligent power routing and real-time energy monitoring, to maximize efficiency and minimize environmental impact. This holistic approach not only enhances safety and reliability but also aligns with sustainability goals, making warehouses more resilient and environmentally conscious. In conclusion, CaPow's innovative solutions—such as the floor planner, GEMS software, and Genesis technology—are not just responses to industry trends but proactive measures to address real-world challenges and enhance operational excellence. By embracing these transformative trends, warehouses can achieve unparalleled levels of efficiency, sustainability, and safety, setting new standards for the industry. Learn More --- > Unlock efficiency with automation in logistics. Learn how it optimizes processes, addresses labor shortages, enhances safety, and future-proofs strategies. - Published: 2024-02-29 - Modified: 2025-06-19 - URL: https://capow.energy/blog/articles/unlocking-efficiency-the-advantages-of-automation-in-logistics/ - Categories: Articles - Authors: Noam Geffen The logistics industry has been evolving rapidly in the last few years, a leap that created a massive transformation, and technology is the core of this progress. With the advancement of automation, the supply chain is becoming more efficient, and yet, there is a long way to go, in order to maximize efficiency. In today's dynamic and complex world of logistics, efficiency is key. The integration of automation has led to a new era of efficiency, leveraging cutting-edge technology and sophisticated algorithms to optimize and revolutionize traditional supply chain operations. From upgrading processes to ensuring precision and safety, automation has become integral in modern logistics management. In this article, we'll lay out the advantages and the impact of automation, uncovering its various opportunities and how it reshapes the logistics landscape for the better. Enhanced Operational Efficiency Through Automated Processes Automation serves as the cornerstone for achieving heightened operational efficiency in logistics. By automating routine tasks such as inventory management, order processing, and scheduling, logistics companies can significantly reduce reliance on manual labor. This not only minimizes human error but also optimizes resource allocation, and maximizes human productiveness, leading to enhanced throughput and overall efficiency throughout the supply chain. Real-time monitoring and data analysis enabled by automation allow logistics managers to proactively identify bottlenecks and optimize processes. Implementation of automation technologies like RFID tracking and automated route planning, further simplifies operations, reducing idle time, and maximizing asset utilization, resulting in better operational efficiency and cost savings. Learn how to achieve 100% uptime Addressing Labor Shortages: The Role of Automation The COVID-19 pandemic exposed the vulnerabilities of having high labor costs in logistics operations. As workforce shortages heavily challenged operations globally, the role of automation became even more clear. By automating critical tasks, logistics companies can mitigate the impact of labor shortages, ensuring continuity, and resilience in the face of unforeseen challenges. In addition to addressing labor shortages, automation also enhances workforce productivity and safety. Automated systems can handle repetitive and physically demanding tasks, reducing the risk of injuries and fatigue among human workers. This not only improves employee well-being but also contributes to a more efficient and sustainable logistics operation. Covering More Functions: Expanding the Role of Automation Automation has extended above its conventional boundaries and now includes a broader spectrum of functions within logistics operations. From predictive analytics to demand forecasting, automated systems empower logistics managers to delve into more strategic endeavors, enhancing versatility and effectiveness across the supply chain and enabling companies to adapt swiftly to changing market dynamics. The integration of distinct systems and processes further smoothes the way for seamless communication and collaboration across the supply chain, with technologies such as cloud-based platforms and IoT sensors enabling companies to achieve greater visibility and control over their operations, leading to improved decision-making and enhanced customer satisfaction. Streamlined Operations: The Key to Cost Savings At the heart of automation lies the promise of sleek operations, the foundation of cost-saving initiatives in logistics. By reducing inefficiencies and shortening turnaround times, automation optimizes resource utilization and as a result of that, it minimizes operational expenses. The outcome of cost savings not only helps the bottom line but also supports sustainable growth and competitiveness in the marketplace. Automation enables companies to capitalize on economies of scale and capacity, driving down per-unit costs and improving profitability. By automating repetitive tasks and standardizing processes, companies can achieve greater consistency and efficiency in their operations, leading to a higher return on investment (ROI) that accrue over time. Ensuring Safety and Accuracy with Automated Systems The logistics industry prioritizes precision and safety, for obvious reasons. In this landscape, automation serves as a radar of reliability, minimizing risks linked with human error and promising accuracy and safety in logistics operations. Whether it involves autonomous vehicles navigating busy highways or robotic fleets handling goods in warehouses, automation implants a culture of precision essential for the unification of the entire supply chain. Furthermore, automation aids in compliance with regulatory requirements and industry standards, diminishing the likelihood of costly errors and penalties. Through the utilization of automated auditing and reporting tools, companies can guarantee adherence to safety protocols and quality standards, protecting their reputation and minimizing potential liabilities. Tackling More Complex Tasks Through Automation As logistics operations become increasingly complex, the need for advanced solutions becomes imperative. Automation rises to the challenge by enabling the handling of more complicated tasks with accuracy and efficiency. This empowers logistics managers to navigate the complexity of supply chain management through the integration of predictive analytics and advanced algorithms. This enhances strategic planning and resource allocation in the process, clearing the way for innovation and agility in response to changing market dynamics and consumer preferences. By harnessing technologies such as machine learning and artificial intelligence, companies can anticipate market trends and customer demands, enabling proactive decision-making and competitive advantage. Book a Demo to optimize your automation now The Role of Robotic Fleets in Logistics Automation The role of robotic fleets in logistics automation cannot be exaggerated, particularly within warehouses. AMRs are becoming increasingly common, offering efficiency in navigating complex warehouse environments. These agile robots seamlessly navigate warehouse floors, transporting goods between storage locations with precision and speed. Additionally, robotic fleets consisting of AGVs play a crucial role in automating material handling tasks, such as picking and transporting items throughout the warehouse. The Efficiency Block Yet to Be Solved - Downtime While automation processes have come a long way in increasing efficiency, there is one obstacle the industry has yet failed to hack: automation downtime. While AMR’s and AGV’s are navigating their way through the warehouse, they will eventually require stationary charging. This creates down time, resulting in extra costs: batteries, a larger robotic fleet, and extra warehouse space. What if there was a magic wand that could enable mobile robots to work around the clock, 24/7? This would be a game changer to the industry, right? Zero downtime. Optimal efficiency. This would be a dream come true for operators. Genesis by CaPow- 100% Uptime The good news is - new technology, brought to you by CaPow, enables that magic! This technology enables mobile robots to power themselves on their route without the need for charging stations. CaPow’s technology creates a Power-In-Motion capacity: 100% uptime, 100% of the time, reaching the peak of automation efficiency. The integration of automation in robotic fleets, combined with a perpetual uptime system such as the system offered by Capow enhances operational efficiency to unprecedented levels. By providing 100% uptime for robotic fleets, the Capow system eliminates the need for charging downtime, ensuring seamless and uninterrupted operations. This combination optimizes workflows, minimizes manual labor, and enhances overall productivity, ultimately contributing to streamlined logistics operations. With the benefits derived from the synergy between automation in robotic fleets and the Capow system, companies can achieve dramatic cost savings, improve inventory management, save warehouse space required for docking stations and meet the growing demands of modern supply chains. Future-proofing Your Logistics Strategy: Scalability and Adaptability In a landscape characterized by rapid change and uncertainty, adaptability is key for long-term success. Automation future-proofs logistics strategies by providing scalability and adaptability to meet evolving business needs and market demands. Whether scaling operations to accommodate growth or pivoting in response to unforeseen challenges, automated systems empower logistics companies to navigate uncertainty with confidence, ensuring resilience and competitiveness in an ever-evolving marketplace. Automation clearly fosters innovation and continuous improvement, enabling companies to stay ahead of the curve and capitalize on opportunities. By investing in emerging technologies, such as CaPow’s, companies can position themselves for long-term success and sustainability in an increasingly competitive landscape. Conclusion In conclusion, the advantages of automation in logistics are transformative. From enhancing operational efficiency and reducing costs to ensuring safety and competitiveness, automation represents the pinnacle of logistical innovation. By embracing automation, logistics companies can unlock new avenues for growth and resilience, reaffirming their position at the top of the global supply chain ecosystem. As technology continues to evolve, the role of automation in logistics will only become more pronounced, shaping the future of the industry in profound ways. Talk to an Expert FAQs What are the main advantages of automation in logistics? The main advantages of automation in logistics include increased efficiency, reduced errors, and enhanced operational performance. What functions can automation cover in logistics operations? Automation can cover a wide range of functions in logistics operations, including inventory management, order processing, and scheduling. How does automation streamline operations and lead to cost savings? Automation streamlines operations and leads to cost savings by reducing turnaround times, optimizing resource utilization, and eliminating inefficiencies. How does automation ensure safety and accuracy in logistics? Automation ensures safety and accuracy in logistics by minimizing risks associated with human error and enhancing precision in operations. Can automation handle complex tasks in logistics management? Yes, automation can handle complex tasks such as predictive analytics and demand forecasting in logistics management. What role do robotic fleets play in logistics automation? Robotic fleets play an important role in logistics automation by optimizing workflows, minimizing manual labor, and enhancing efficiency in operations. What technologies are commonly used for automation in logistics? Common technologies used for automation in logistics include robotics, artificial intelligence, machine learning, and IoT sensors. --- > Explore the potential of SuperCapacitor technology for robotic fleets. Learn about rapid charging, extended lifespan, and sustainable power solutions now. - Published: 2024-02-18 - Modified: 2025-06-19 - URL: https://capow.energy/blog/articles/supercapacitor-technology-empowering-robotic-fleets/ - Categories: Articles - Authors: Noam Geffen The robotics industry is at the forefront of a paradigm shift, with an escalating demand for perpetual power solutions. As robotic fleets become integral to various sectors, the need for efficient, long-lasting power sources is more critical than ever. In this context, SuperCapacitor technology emerges as a game-changer, providing a revolutionary approach to powering robotic fleets. This article delves into the growing significance of perpetual power solutions and how SuperCapacitors are spearheading this transformation. SuperCapacitor Technology Unveiled: SuperCapacitors, also known as ultracapacitors or electrochemical capacitors, represent a cutting-edge energy storage solution. Unlike traditional batteries, SuperCapacitors store energy in an electric field, facilitating rapid charging and discharging cycles. The fundamental structure of SuperCapacitors comprises two electrodes separated by an electrolyte, allowing for the efficient movement of ions. This design distinguishes SuperCapacitors from conventional batteries, offering unique advantages in various applications. Understanding the intricacies of SuperCapacitor technology lays the foundation for exploring its applications in the robotics industry, unlocking the potential for perpetual power solutions. SuperCapacitors in Robotic Fleets: The integration of SuperCapacitors into robotic fleets brings about a myriad of benefits. One key advantage is rapid charging, allowing for quick turnaround times between missions. This speed is crucial for maintaining the operational efficiency of robotic fleets, reducing downtime, and increasing overall productivity. Another notable benefit is the extended lifespan of SuperCapacitors compared to traditional batteries. With a significantly higher number of charge-discharge cycles, SuperCapacitors prove to be a more durable and cost-effective solution for long-term robotic fleet operations. Moreover, SuperCapacitors exhibit enhanced efficiency, providing a stable and consistent power output. This reliability is essential for the seamless functioning of robotic fleets, ensuring optimal performance in diverse operating conditions. Comparison between Lithium-based Batteries and SuperCapacitors: In comparing SuperCapacitors with lithium-based batteries, several critical factors come into play. Number of Cycles: SuperCapacitors surpass lithium-based batteries in the number of charge-discharge cycles they can endure. This increased cycle life translates to a more sustainable and cost-effective solution for robotic fleets over an extended period. Storage: SuperCapacitors excel in energy storage efficiency, allowing for rapid energy release when needed. This quick discharge capability is particularly advantageous for robotic fleets requiring immediate bursts of power during mission-critical tasks. Safety: SuperCapacitors demonstrate superior safety features, mitigating risks associated with overheating, overvoltage, and short circuits. This is a significant improvement over lithium-based batteries, enhancing the overall safety of robotic fleet operations. Price: While initial costs may be higher for SuperCapacitors, their extended lifespan and reduced maintenance expenses make them a cost-effective choice in the long run. Transportation of Dangerous Goods (UN): SuperCapacitors have a distinct advantage in transportation safety, as they are not classified as dangerous goods by the UN. This simplifies logistics and regulatory compliance for the deployment of robotic fleets. Applications of SuperCapacitors: SuperCapacitor technology finds practical applications in creating perpetual power platforms for robotic fleets. From autonomous drones to industrial robots, the technology addresses the energy challenges faced by these systems. Technologies such as Genesis by Capow, ensure 100% uptime for the entire fleet, marking a pivotal advancement in SuperCapacitor applications. SuperCapacitors play a pivotal role in enhancing the efficiency and sustainability of various robotic fleet applications, ensuring seamless and reliable operations. In the field of autonomous drones, SuperCapacitors enable rapid energy release during takeoff and maneuvers, enhancing overall agility. Industrial robots benefit from the technology's ability to provide a stable and consistent power supply, improving precision and reliability in manufacturing processes. The real-world applications of SuperCapacitors underscore their versatility and effectiveness in powering diverse robotic fleet scenarios. Overcoming SuperCapacitor Challenges: While SuperCapacitors offer significant advantages, challenges such as energy density and overall capacity need addressing. Ongoing research and development initiatives focus on improving these aspects, aiming to enhance the energy storage capabilities of SuperCapacitors. Researchers are exploring innovative materials and manufacturing techniques to increase the energy density of SuperCapacitors, bringing them closer to parity with traditional batteries. Advances in nanotechnology and the use of materials like graphene hold the potential to revolutionize the capabilities of SuperCapacitors, making them more suitable for high-energy-demand applications within robotic fleets. Future of SuperCapacitors in Robotics: The future of SuperCapacitors in the robotics industry looks promising, with ongoing innovations and emerging trends shaping the landscape. Researchers are exploring advanced materials, such as graphene, to further improve the energy density of SuperCapacitors. Integration with artificial intelligence for optimized energy management is another area of exploration, ensuring efficient power distribution within robotic fleets. As the integration of SuperCapacitors with AI advances, robotic fleets will gain the ability to intelligently manage power consumption based on real-time demands. This innovation holds the potential to revolutionize how robotic fleets operate, ensuring optimal energy utilization and extending mission capabilities. Conclusion: In conclusion, the future of SuperCapacitors in the robotics industry is marked by continuous innovation and a relentless pursuit of overcoming challenges. As these advancements unfold, the potential for SuperCapacitors to redefine the capabilities and efficiency of robotic fleets becomes increasingly evident, ushering in a new era of perpetual power solutions.   FAQs What distinguishes SuperCapacitor technology from traditional batteries? SuperCapacitors store and release energy more rapidly than traditional batteries, enabling quick bursts of power. How does SuperCapacitor technology, like Capow's Genesis, ensure consistent performance in practical robotic fleet scenarios? Capow's Genesis optimizes power delivery, ensuring continuous and reliable robotic fleet operations. How do SuperCapacitors contribute to sustainability in robotic fleet operations? SuperCapacitors enhance sustainability by offering longer lifespan and rapid energy release without environmental impact. How do SuperCapacitors compare to Lithium-based batteries? SuperCapacitors differ from Lithium-based batteries in their cycling capabilities, safety characteristics, pricing structure, and transportation regulations. While SuperCapacitors excel in rapid charge and discharge cycles, offering enhanced safety features, their pricing and transportation regulations vary compared to Lithium-based batteries. --- > Explore the environmental effects of automation, from manufacturing to logistics. Learn about sustainable practices for perpetual power in robotics. - Published: 2024-01-28 - Modified: 2025-06-19 - URL: https://capow.energy/blog/articles/automation-and-the-environment-how-can-we-decrease-negative-sustainability-impacts/ - Categories: Articles - Authors: Noam Geffen In the intersection of perpetual power and robotic solutions, a fundamental question arises—how does automation impact the environment? In this analytical exploration, we delve into the environmental footprint of automation, examining essential elements from robot manufacturing and fleet size to battery technologies and logistics. Join us on a journey through the intricacies of perpetual power in robotics, where environmental responsibility converges with technological innovation. Uncover challenges, explore sustainable practices, and navigate the path to a more environmentally conscious future in the realm of automation and perpetual power. How do automation solutions affect the environment? In the realm of perpetual power for robotic solutions, understanding the environmental impact of automation is crucial. As we delve into the intricacies, we uncover the significant areas that contribute to both positive and negative consequences. Let's navigate through the intricate web of environmental implications. Learn More Robot Manufacturing - CO2e Footprint and Residual Emissions The Birth of Robots and Their Carbon Footprint Robot manufacturing, while essential for automation, comes at an environmental cost. The production processes, raw material extraction, and energy consumption contribute to a substantial carbon footprint. Assessing the cradle-to-grave emissions of these robotic entities reveals the true extent of their environmental impact. The manufacturing of robots involves intricate processes, from the extraction of raw materials to the assembly of components. Each stage contributes to the overall carbon footprint, and it's imperative to scrutinize each step for opportunities to minimize environmental impact. Fleet Size - The Larger the Fleet, the Greater the Environmental Impact In the complex landscape of perpetual power for robotic solutions, the size of the robotic fleet emerges as a critical factor influencing environmental impact. As we journey through the nuances, we unveil the delicate interplay between fleet size, operational demands, and the ecological repercussions. Balancing Efficiency with Environmental Responsibility The size of the robotic fleet directly correlates with the environmental damage incurred. A larger fleet implies increased energy consumption, manufacturing demands, and end-of-life disposal challenges. We explore the delicate balance between operational efficiency and the ecological toll of an inflated fleet. Efficient fleet management not only optimizes operational costs but also reduces the environmental impact. Smarter scheduling, route optimization, and real-time monitoring can lead to a more sustainable use of robotic fleets, minimizing the overall carbon footprint. Battery Manufacturing As the heart of perpetual power (and robotic perpetual uptime), batteries play a pivotal role in the performance of robotic solutions. However, their manufacturing process and subsequent lifecycle management contribute significantly to environmental concerns. Lead-Acid Batteries - Maintenance that Causes Contamination The Environmental Toll of Traditional Battery Technology Lead-acid batteries, a staple in many robotic applications, present environmental challenges. From the extraction of lead to the disposal of used batteries, the maintenance of lead-acid batteries poses contamination risks. Understanding the implications is vital for devising eco-friendly alternatives. Lead-acid batteries, while reliable, pose challenges in terms of environmental impact. The extraction of lead and the subsequent processing contribute to soil and water contamination. Exploring alternative battery technologies that are both efficient and eco-friendly is crucial for sustainable robotic solutions. Lithium-Based Batteries - The Effects of Mining Unveiling the Environmental Cost of Lithium Lithium-based batteries, heralded for their efficiency, are not exempt from environmental scrutiny. The mining of lithium raises ecological concerns, impacting local ecosystems and water resources. We dissect the environmental effects associated with the widespread use of lithium in robotic solutions. The demand for lithium for batteries has led to increased mining activities. It's vital to acknowledge the environmental consequences, such as deforestation and disruption of local habitats. Sustainable mining practices and recycling initiatives are crucial for mitigating these adverse effects. Battery Refurbishment - What Are the Environmental Costs? Extending Battery Life Responsibly While refurbishment offers a sustainable approach to extending battery life, it comes with its own set of environmental costs. We explore the balance between prolonging the lifespan of batteries and minimizing the ecological impact of the refurbishment process. Battery refurbishment presents an opportunity to extend the life of batteries, reducing the need for frequent replacements. However, the process should be approached with caution, considering the environmental impact of refurbishment methods and the disposal of outdated components. Logistics and Transportation The movement of automation equipment across air, sea, and land contributes significantly to its overall environmental impact. From the carbon footprint of transportation modes to the packaging materials used, every aspect demands careful consideration for a truly sustainable approach. The Environmental Cost of Transporting Automation Equipment Navigating the Carbon Trails of Automation Logistics Logistics and transportation amplify the environmental impact of automation solutions. Analyzing the carbon emissions associated with different modes of transportation sheds light on areas where improvements can be made to reduce the overall environmental footprint. The transportation of automation equipment involves various modes, each with its own environmental implications. Switching to more energy-efficient modes, such as electric vehicles, and optimizing packaging to reduce waste are essential steps in minimizing the carbon trails left by automation logistics. Conclusion In conclusion, perpetual power for robotic solutions requires a holistic approach to minimize environmental impact. The strategic reduction of fleet size is essential, directly impacting energy consumption, manufacturing demands, and challenges associated with end-of-life disposal. Simultaneously, embracing smaller and more efficient battery technologies, such as the ones offered by CaPow, plays a pivotal role in reducing the overall environmental footprint. Optimizing sea, air, and ground transportation methods is crucial to limit the carbon footprint associated with the logistics of automation equipment. Finally, adopting responsible practices for refurbishing and disposing of batteries ensures that the entire lifecycle of the technology is aligned with environmental goals. Together, these measures underscore the commitment to eco-friendly solutions in the realm of perpetual power for robotic applications. FAQs: How does the size of a robotic fleet impact the environment? The size of a robotic fleet directly correlates with increased energy consumption, manufacturing demands, and end-of-life disposal challenges, contributing to a larger environmental footprint. What are the environmental challenges associated with lead-acid batteries? Lead-acid batteries pose contamination risks throughout their lifecycle, from lead extraction to battery disposal, highlighting the environmental toll of traditional battery technology. What are the environmental concerns related to lithium-based batteries? The mining of lithium for batteries raises ecological concerns, impacting local ecosystems and water resources, underscoring the environmental effects associated with lithium-based batteries. How does battery refurbishment contribute to environmental effects? While refurbishment extends battery life, it comes with its own set of environmental costs, necessitating a balance between prolonging battery lifespan and minimizing ecological impact. What is the environmental impact of transporting automation equipment? While refurbishment extends battery life, it comes with its own set of environmental costs, necessitating a balance between prolonging battery lifespan and minimizing ecological impact. What steps can be taken to reduce the environmental impact of perpetual power for robotic solutions? Reducing fleet size, opting for eco-friendly battery technologies, optimizing transportation logistics, and embracing responsible refurbishment and disposal practices are key steps towards minimizing the environmental impact of automation solutions. --- > Explore the evolution of power delivery in mobile robotics. From the limitations of manual and automated connected charging to power-in-motion. - Published: 2024-01-14 - Modified: 2025-06-19 - URL: https://capow.energy/blog/articles/the-future-of-power-delivery-for-mobile-robots-static-charging-falls-behind/ - Categories: Articles - Tags: blogitem - Authors: Noam Geffen   In the dynamic world of robotics, the method of powering these intelligent machines has always been a cornerstone of technological progress. As the capabilities of mobile robots expand, so too does the need for more efficient and advanced power delivery systems. This article delves into the evolution of robot charging methods, highlighting the transition from static, connected charging to more sophisticated techniques that promise to redefine how we power our automated helpers. Charging Solutions: How It All Started The story of power delivery for mobile robots is one of constant evolution and innovation. In the early days of robotics, the primary concern was to provide a reliable power source that could sustain a robot's operational needs. The initial solutions were simple yet marked the beginning of a journey that would lead to remarkable advancements in robotic charging systems.   Manual Connected Charging The earliest approach to powering mobile robots was through manual connected charging. This method requires human intervention to physically connect the robots to their power sources. Typically, it involved plugging the robot into a charging station or directly into a power outlet. The simplicity of this method was its main advantage, making it easy to implement with the technology available at the time. However, manually connected charging had significant limitations. The most apparent was the need for human involvement, which introduced inefficiencies and restricted the autonomy of the robots. Moreover, this method often led to considerable downtime, as robots had to be taken out of operation to be charged, hindering their effectiveness in continuous operational environments. The involvement of human labor also mandates that every once in a while someone forgets to plug the robot, or that workers simply don’t like to engage with technology that much. Automated Connected Charging As technology advanced, the need for more autonomous and efficient charging solutions became evident. This led to the development of automated connected charging systems. In these systems, robots are programmed to dock themselves into charging stations without human intervention. This advancement was a significant step forward, reducing the need for human labor and increasing the operational efficiency of the robots. Automated connected charging allowed robots to work for longer periods, as they could recharge themselves as needed. This capability was particularly beneficial in industries where continuous operation was crucial, such as manufacturing and logistics. The transition to automated systems also paved the way for further innovations in robotic charging, setting the stage for even more advanced methods that would soon emerge.   The Wireless Charging Evolution As the field of mobile robotics continued to advance, the quest for more efficient and seamless power delivery methods led to the development of wireless charging technologies. This marked a significant leap from the traditional connected charging methods, bringing about a new era in how mobile robots are powered. Getting Rid of Wear and Tear One of the most notable advantages of wireless charging is its ability to reduce wear and tear on charging components. Traditional connected charging methods, both manual and automated, involve physical connections that can degrade over time due to repeated use. Connectors and ports can become worn or damaged, leading to poor connections and the need for frequent maintenance or replacements. Wireless charging, on the other hand, eliminates the need for these physical connectors. By using electromagnetic fields to transfer energy from the charging station to the robot, wireless systems avoid the pitfalls of mechanical wear and tear. This not only enhances the longevity of the charging system but also ensures more consistent and reliable power delivery to the robots. Improved Safety Due to Non-Exposed Components Another significant benefit of wireless charging systems is improved safety due to the absence of exposed charging components. In environments where mobile robots operate, the exposure of electrical components can be a hazard, especially in conditions where there is a risk of water exposure, dust, or chemical contaminants. With wireless charging, the risk of electrical hazards is greatly minimized. The charging process happens through a sealed system, with no exposed wires or connectors. This is particularly important in industries where safety is paramount, such as in pharmaceutical manufacturing or food processing. By reducing the risk of accidents and ensuring a safer working environment, wireless charging not only benefits the robots but also the human workers who interact with them. Does Wireless Charging Tick All Boxes? While wireless charging represents a significant advancement in the field of mobile robotics, it's important to examine whether this technology truly meets all the requirements of an ideal power delivery system. Several considerations and challenges need to be addressed to understand the full impact of wireless charging on the future of mobile robotics. Charging Downtime is Still Inherent in Wireless Charging One of the persistent challenges with wireless charging is the issue of charging downtime. Despite the advantages of eliminating physical wear and tear, wireless charging does not inherently solve the problem of robots needing to pause operations to recharge. This downtime, although potentially shorter than with connected charging methods, still presents a bottleneck in continuous operation scenarios. The efficiency of wireless charging systems varies, and in some cases, they may not charge as rapidly as their connected counterparts. This can lead to longer periods where robots are inactive, awaiting a full charge. For industries that rely on non-stop operation, this downtime can be a significant drawback, necessitating the development of faster wireless charging technologies or supplementary power management strategies. The Operational Challenge - Charging Stations Require Warehouse Space and Driving Lanes Another consideration with the adoption of wireless charging is the operational challenge it presents, particularly in terms of space requirements. In a warehouse or industrial setting, every square foot is valuable, and the introduction of wireless charging stations can demand a significant amount of space. These charging stations not only need their own dedicated area but also require clear access paths or driving lanes for robots to reach them. This can lead to a reconfiguration of the workspace, impacting the overall layout and flow of operations. In environments where space is already at a premium, accommodating wireless charging stations can be a complex logistical challenge. Furthermore, the placement of these charging stations needs to be strategically planned to optimize the movement of robots and minimize the time taken to travel to and from these stations. This adds another layer of complexity to the operational management of a robotic fleet, requiring careful planning and possibly even adjustments to the robots' routing algorithms. Dependency on Battery/Solution Provider Still Exists A significant consideration in the shift to wireless charging is the continued dependency on specific battery and solution providers. Wireless charging technology often requires specialized batteries and charging systems that are compatible with the wireless transfer of energy. This dependency means that robot manufacturers and users are often tied to a specific set of providers for their power solutions. This reliance can limit flexibility in terms of sourcing and maintaining charging systems. In situations where a provider faces supply chain issues, discontinues a product, or fails to keep up with advancing technology, users may find themselves with obsolete or unsupported systems. Additionally, this can lead to higher costs and fewer options for competitive pricing, as the market for compatible wireless charging solutions may be limited to a few key players. Technology Limitations While wireless charging technology offers numerous benefits, it's not without its limitations, which can impact its effectiveness and efficiency. Distance from Object: One of the primary limitations of current wireless charging technology is the effective distance over which power can be transferred. The efficiency of wireless charging typically decreases as the distance between the charger and the device increases. This means that robots must be positioned very close to the charging station, often within a few centimeters, to receive an optimal charge. This limitation can pose challenges in aligning the robots precisely with the charging stations, especially in dynamic environments. Misalignment: Misalignment is another issue that can affect the efficiency of wireless charging. For the charging process to be effective, the coils in the charging station and the robot must be properly aligned. Even small misalignments can lead to significant drops in charging efficiency, prolonging the charging process or resulting in incomplete charging. This necessitates the need for precise positioning mechanisms and sensors to ensure correct alignment, adding complexity and potential points of failure to the system. These technological limitations highlight the need for ongoing research and development in the field of wireless charging. While it represents a significant advancement in powering mobile robots, there is still room for improvement to make it a truly universal solution. The Future of Charging for Mobile Robots As the field of robotics continues to evolve, so too does the technology for powering these sophisticated machines. The future of charging for mobile robots looks promising, with emerging solutions aiming to address the current limitations and open new avenues for efficient and uninterrupted operation. Dynamic Power Delivery Solutions Eliminate Charging Downtime One of the most exciting developments in the realm of robotic power delivery is the emergence of dynamic power delivery solutions. These innovative systems aim to virtually eliminate charging downtime, a significant bottleneck in current robotic operations. Dynamic charging involves continuously powering the robots while they are operational, potentially through methods such as inductive charging floors, overhead power systems, or even through energy harvesting techniques. This approach allows robots to receive power as they perform their tasks, negating the need to stop for dedicated charging sessions. Such systems could revolutionize the efficiency of mobile robots, particularly in industries where continuous operation is crucial. A notable example of this innovation is the Capow power-in-motion solution. CaPow’s power delivery system exemplifies this progress. It offers a ground-breaking perpetual power platform, fueling robotic solutions with continuous power flow. This facilitates round-the-clock operation, elevating power management and efficiency to new heights. By ensuring optimized power delivery, CaPow helps increase the operational efficiency of robotic fleets significantly, saying goodbye to automation downtime and embracing perpetual power with CaPowered solutions. Making Batteries Obsolete Looking further into the future, there's the potential for advancements that could render traditional batteries in mobile robots obsolete. Research is underway into alternative power sources, such as supercapacitors, fuel cells, or even energy harvesting technologies that convert environmental energy (like solar or kinetic energy) into electricity. These developments could fundamentally change the design and operation of mobile robots. Without the need for large, heavy batteries, robots could be smaller, more agile, and more efficient. Moreover, by leveraging renewable energy sources, these future power solutions could also contribute to making robotic technology more sustainable and environmentally friendly. As we step into this future, the possibilities for mobile robot operations expand dramatically. With continuous, efficient, and sustainable power delivery, the limitations of current robotic systems could be a thing of the past, ushering in a new era of automation and technological advancement.   --- > Explore the impact and challenges of lithium-based batteries in the automation industry. Discover solutions and innovations for a more efficient and secure automated future. - Published: 2023-12-26 - Modified: 2025-06-19 - URL: https://capow.energy/blog/articles/challenges-with-lithium-based-batteries-in-the-automation-industry-now-and-going-forward/ - Categories: Articles - Authors: Noam Geffen Lithium-based batteries have revolutionized the way we power our modern world, from smartphones to electric vehicles. In the automation industry, especially in the context of mobile robots, these batteries have played a crucial role in enabling autonomous operations. However, despite their undeniable advantages, there are notable challenges associated with the use of lithium-based batteries both currently and in the foreseeable future. The Role of Lithium-based Batteries in Modern Mobile Robot Automation Solutions Lithium-based batteries have assumed a pivotal role in mobile robot automation solutions. These batteries serve as the primary power source for mobile robots, enabling them to perform a wide array of tasks efficiently. While we won't delve extensively into their advantages in this section, it's important to note that lithium-based batteries offer high energy density, lightweight design, and fast charging capabilities. These attributes contribute significantly to the enhanced operational capabilities of mobile robots, allowing them to operate seamlessly across various industries. In the subsequent sections, we will shift our focus to the challenges that arise with their utilization in this dynamic field. Lithium-based Batteries vs. Lead-acid-based Batteries in Mobile Robotics When it comes to powering mobile robots in the field of automation, Lithium-based batteries offer a significant improvement to lead-acid-based batteries in most parameters. Here’s why: Operational Efficiency Operational efficiency is a key factor in the performance of mobile robots. Lithium-based batteries excel in this aspect due to their higher energy density. They provide more power for longer periods, allowing mobile robots to operate continuously without frequent recharging. Lead-acid batteries, on the other hand, have lower energy density and may require more frequent recharges, resulting in potential downtime. Maintenance and Logistics Maintenance and logistics are crucial considerations in any automated operation. Lithium-based batteries require less maintenance, reducing the need for constant monitoring, watering, and cleaning that lead-acid batteries often demand. Additionally, lithium batteries are lighter, making transportation and handling more manageable. Safety Safety is paramount, especially when it comes to mobile robotics. Lithium-based batteries are generally considered safer than lead-acid batteries. They are sealed and less prone to acid leaks or spillage. However, lithium batteries do come with their own safety concerns, which we will explore in detail later. Size Size matters when integrating batteries into the design of mobile robots. Lithium batteries are compact and lightweight, allowing for flexible placement within the robot's frame. This compact size optimizes space utilization and contributes to the overall efficiency of the robot. Price Cost is a significant factor to consider when choosing between lithium-based and lead-acid batteries. While lithium batteries typically have a higher initial cost, their total cost of ownership, which includes factors like maintenance, lifespan, and energy efficiency, may prove to be cost-effective in the long run. Lead-acid batteries, while cheaper upfront, may incur higher maintenance and replacement costs over time. In the following sections, we will delve deeper into the challenges and considerations associated with lithium-based batteries in mobile robotics, with a particular focus on safety and how these challenges can be addressed moving forward. The Challenges Lithium-Based Batteries Are Posing for the Industry While lithium-based batteries offer numerous advantages, they also present several significant challenges for the automation industry, particularly in the context of mobile robotics. In this section, we will explore these challenges and their implications for the industry's future. Price One of the foremost challenges associated with lithium-based batteries in the automation industry is their initial cost. This cost differential can be a significant hurdle for organizations looking to adopt or scale up their use of mobile robots powered by lithium-based batteries. Addressing this cost challenge will be crucial for wider industry adoption. Logistics and Transportation The logistics and transportation of lithium-based batteries demand careful attention due to safety concerns. Lithium batteries are susceptible to fire and thermal runaway if damaged or improperly handled during transport. Strict adherence to safety regulations and guidelines is essential to mitigate these risks, which can add complexity and cost to the logistics and transportation aspects of the automation industry. Safety Safety is a paramount concern when it comes to lithium-based batteries in mobile robotics. Several specific safety issues must be addressed to ensure the safe operation of mobile robots powered by lithium batteries. These include: Short Circuit: Short circuits in lithium batteries can lead to thermal runaway, fires, and even explosions. Implementing robust short-circuit protection mechanisms is crucial to prevent such incidents. Overvoltage: Overvoltage events can damage lithium batteries and pose safety hazards. Effective voltage regulation and monitoring systems are necessary to prevent overvoltage-related issues. Overheating: Lithium batteries can overheat under certain conditions, such as excessive charging or discharging. Overheating can result in damage to the battery and pose a safety risk. Implementing effective cooling and thermal management solutions is vital to prevent overheating. In the following sections, we will explore potential solutions and strategies for mitigating these safety and operational challenges associated with lithium-based batteries in the automation industry. It's essential to ensure the safe and efficient use of these batteries as they continue to power the future of mobile robotics. Going Forward - What Can Be Done to Mitigate Challenges In the face of the challenges posed by lithium-based batteries in the automation industry, it's crucial to explore proactive measures and innovations to mitigate these issues and ensure a more sustainable and efficient future. Here are some key areas of focus: Advances in Battery Technology for Mobile Robots One promising avenue is the continuous advancement of battery technology tailored specifically for mobile robots. Researchers and manufacturers are actively working on developing lithium-based batteries with enhanced safety features, longer lifespans, and increased energy density. These innovations aim to address the current challenges and make lithium batteries an even more attractive and reliable option for mobile robot automation. Regulatory Updates and Compliance for Mobile Robot Batteries Staying up-to-date with regulatory standards and compliance requirements is essential. Regulatory bodies are continually revising and improving safety standards for lithium-based batteries used in mobile robots. Ensuring strict compliance with these standards is crucial to minimizing safety risks and fostering industry-wide confidence in the technology. Will we see a new certification doing to the automation world what UL9540a did to energy storage systems? Next Leap - Supercapacitor Technology Another exciting avenue for mitigating challenges is the exploration of supercapacitor technology as an alternative or complement to lithium-based batteries. Supercapacitors offer rapid charging, high power density, and extended lifespan. While they have their own set of limitations, such as lower energy density compared to lithium batteries, they show promise in addressing some of the challenges associated with lithium batteries in mobile robotics. As we look ahead, a combination of these strategies, along with ongoing research and innovation, can pave the way for a more secure and efficient future for mobile robot automation. By addressing the challenges and embracing new technologies, the automation industry can continue to leverage the benefits of lithium-based batteries while ensuring safety and sustainability in the long term. In conclusion, the adoption of lithium-based batteries in the automation industry has ushered in a new era of efficiency and productivity. However, it is vital to recognize and address the challenges they pose, including cost considerations, logistical intricacies, and safety concerns. By embracing innovation, staying attuned to regulatory updates, and exploring alternative technologies, the automation industry is poised to conquer these challenges and pave the way for a brighter, more efficient future in automation. FAQs: What is the potential impact of supercapacitor technology on automation? Supercapacitors offer the potential for rapid charging, high power density, and longer lifespan compared to some battery types. They may serve as a complementary or alternative energy storage solution in automation, potentially mitigating some challenges associated with lithium-based batteries. Can lithium-based batteries be recycled, and what are the environmental implications of their disposal? Yes, lithium-based batteries can be recycled. Proper recycling not only minimizes environmental impact but also recovers valuable materials. Incorrect disposal can lead to environmental pollution, emphasizing the importance of responsible recycling. Are lithium-based batteries suitable for all types of mobile robots in automation? Lithium-based batteries can be suitable for a wide range of mobile robots, but their appropriateness depends on factors like the robot's energy requirements, operational environment, and budget constraints. Looking for a greener energy solution? Explore the innovative power delivery system offered by CaPow. --- > Explore the importance of continuous power flow in mobile robotic operations, the power interruptions challenges and effective perpetual power solutions. - Published: 2023-11-15 - Modified: 2025-06-19 - URL: https://capow.energy/blog/articles/the-importance-of-continuous-power-flow-in-mobile-robotic-operations/ - Categories: Articles - Authors: Noam Geffen In an increasingly automated world, the role of mobile robotics in various industries is more pivotal than ever. Robots perform a myriad of functions, from picking tomatoes in greenhouses to logistic functions in distribution centers. However, one often overlooked aspect that is crucial for the seamless operation of robots is the continuous power flow. Ensuring a consistent power supply to robotic operations is of paramount importance to guarantee operational efficiency, safety, and precision. Understanding the Need for Continuous Power in Mobile Robotics The Criticality of Power in Robotic Operations Autonomous Mobile robots, especially those used in manufacturing and logistics, often perform tasks that require 24/7 availability and maintain constant throughput. Solution downtime can lead to inefficiencies, production delays, and, of course, fleet inflation due to needed unit replacements. Therefore, understanding the robotic operations' power needs is crucial for maintaining an efficient and effective environment. Challenges in Ensuring 100% uptime  Ensuring constant efficiency for robotic operations is easier said than done. Several challenges can arise, from battery limitations such as size and material type to very high upfront expenditures like extra units. Implementing an effective perpetual power solution is essential to overcome these challenges and ensure seamless robotic operations. The Consequences of Power Inefficiencies in Mobile Robotic Operations Operational Inefficiencies Due to Power Interruptions Losses of power during robotic operations can lead to operational inefficiencies, such as production delays and increased costs. For example, if a robot delivering parts to an assembly line in a car manufacturing plant is running low on power, it could either lead to production delays or inflated costs due to additional units needing to be added to the duty cycle. Residual Implications of Power Inefficiencies Operational Inefficiencies Due to Power Interruptions Losses of power during robotic operations can lead to operational inefficiencies, such as production delays and increased costs. For example, if a robot delivering parts to an assembly line in a car manufacturing plant is running low on power, it could either lead to production delays or inflated costs due to additional units needing to be added to the duty cycle. Residual Implications of Power Inefficiencies Moreover, overcoming power inefficiencies by fleet inflation results in inflated expenditures such as additional charging stations and additional battery purchasing.   Not only do those additions cost valuable money, but they also require facility “real-estate” and force you to allocate precious space in your warehouse. Every charging station requires its own space, and in the automated charging solutions’ case, additional docking space is needed in addition to the actual charging spot.   Safety and Logistics Traditional power solutions rely on batteries. A much-needed transition has been made from lead-acid to Lithium-based batteries, which has dramatically increased working time and reduced ongoing maintenance.   But this migration is not without costs- Lithium is considered a hazardous material, and Lithium-based batteries are prone to dangerous malfunctions like overheating or overvoltage, which can result in the battery catching flame and exploding. Storage and refurbishing actions are also affected by the battery type, and although storing Lithium-based batteries is much simpler than lead-acid ones, it can still needs attention. Perpetual Power Solutions for Robotic Operations Overview of Perpetual Power Solutions When stated “perpetual power”, the term does not necessarily apply to the power source itself (in a UPS meaning of constant power delivery), but in a sense that the mobile robot’s power regime allows 100% uptime without the need to stop charging.   Therefore, a perpetual power solution will ensure that throughout a designated route, the overall power the robot consumes will be lower than the power it receives from a perpetual power system. This can be achieved by both powering the robot and charging its power source at the same time.   Implementing Continuous Power Solutions in Robotics Implementing continuous power solutions in robotics involves assessing the power needs of the robotic operations, selecting the appropriate power delivery method and layout, and integrating it into the existing infrastructure. It is essential to consider factors such as the power capacity required, the route itself (stopping points, distance, speed, etc. ), and the cost implications when implementing these solutions. To ensure robustness, perpetual power solutions must be able to integrate quickly and seamlessly with any robotic platform and on any kind of surface. The Future of Continuous Power Flow in Robotics Technological Advancements in Perpetual Power Solutions Advancements in technology are leading to more efficient and cost-effective power solutions. For example, the development of more efficient batteries and chargers allows reducing solution downtimes. In addition, solutions like battery swaps or opportunistic charging can dramatically increase efficiency. But everything comes with a cost- better batteries are more expensive, faster chargers reduce battery life cycle, and opportunistic charging is very expensive and real-estate demanding. Solutions exist and keep on improving, but one needs to be aware of the inherent inefficiency that each solution brings. Ideal Perpetual Power Solutions  Ideally, a perfect solution will ensure 100% uptime for 100% of your fleet, without the need to add additional robots to your fleet. At the same time, this solution should not inflate your ROI by causing you to invest higher upfront fees due to the perpetual power solution’s infrastructure, nor by causing additional operational expenses post-deployment. By making sure both pre-launch and post-launch expenditures are not inflated, and by providing your automation solution with perpetual uptime, you optimize your overall efficiency and can also keep it constant. In addition, perpetual power solutions can and should reduce the sole dependency on traditional batteries. By doing so, you gain both expenditure drops (smaller, cheaper batteries and less maintenance) and increase safety by not relying on hazardous materials. Interested in learning more about perpetual power? Explore the innovative power delivery system by CaPow. --- > Explore how a perpetual power ecosystem, is transforming the robotic solutions landscape by ensuring optimal throughput, safety, and sustainability. - Published: 2023-11-06 - Modified: 2025-06-19 - URL: https://capow.energy/blog/articles/the-future-of-robotic-solutions-with-perpetual-power/ - Categories: Articles - Authors: Noam Geffen In today’s era of technological advancements, robotic solutions have emerged as a crucial component for various industries, from manufacturing to healthcare. However, traditional mobile robotic solutions face several challenges, such as battery inefficiency, increased operational expenses, and safety concerns. This is where perpetual power, a continuous energy ecosystem, plays a pivotal role in revolutionizing the robotic solutions landscape. The Current State of Robotic Solutions Challenges Faced by Traditional Robotic Solutions Traditional robotic solutions predominantly rely on batteries for their operation, which leads to several challenges. For instance, the constant need for recharging and replacing batteries results in robot downtime, thereby affecting the optimal throughput. Moreover, the usage of batteries, especially lithium ones, poses safety hazards, specific challenges associated with lithium batteries, and overall significantly increases operational expenses (OPEX). The Advent of Perpetual Power in Robotic Solutions Perpetual power, meaning perpetual uptime, has emerged as a game-changer in the world of robotic solutions. It refers to a continuous energy ecosystem that ensures non-stop power to the robotic fleet, thereby eliminating the need for battery replacement or stationary charging. This not only ensures seamless integration and hassle-free deployment but also optimizes the throughput by eliminating charging downtime. Key Components of a Continuous Energy Ecosystem A continuous energy ecosystem primarily consists of a power transmitter connected to an antenna placed over the movement surface, and a lightweight receiver integrated into the robotic platform along with a customizable robot-side antenna. . The movement over the surface creates a wireless energy flow that power-boosts the robot while charging the batteries simultaneously. The Importance of Perpetual Power for Autonomous Robots Optimal Throughput with no Charging Downtime The continuous energy ecosystem of perpetual power ensures non-stop power to the robotic fleet by providing robots with power-in-motion, thereby eliminating the need for battery swap replacement or stationary charging. Eliminating charging downtime results in a non-inflated and fully efficient robotic fleet. Seamless Integration and Deployment Perpetual power enables seamless integration and hassle-free deployment of robotic solutions. With CaPow’s flexible system, the robotic platform’s receiver can be integrated either in parallel with existing batteries or with CaPow’s powerpack to entirely replace them. This ensures optimal throughput and eliminates robot downtime due to charging. Safety and Sustainability By eliminating the need for batteries, especially lithium ones, perpetual power ensures safety and sustainability. It eliminates safety hazards associated with lithium batteries and helps avoid damage to reputation from power malfunctions and battery recalls. The Future of Robotic Solutions with Perpetual Power Adapting to Real-World Conditions CaPow’s adaptive lock-in technology transfers power over a capacitive field that continuously adjusts the energy delivery to maintain optimal transfer conditions under dynamic variations. This compensates for changes in distance, alignment, and medium materials to ensure seamless power flow. Achieving Perpetual Motion for Robotic Fleets With CaPow’s solutions, achieving perpetual motion for robotic fleets is now a reality. By removing the need for replacement robots and maximizing the overall return on investment (ROI), facilities can transform into a CaPowered ecosystem. Transforming Facilities with CaPow’s Solutions CaPow’s unique algorithm calculates strategic sticker placement areas to deliver maximum energy with minimal sticker antenna coverage. This, combined with the facility layout planning with CaPow’s Floor Planner app, ensures 100% of the fleet works 100% of the time. Conclusion The advent of perpetual power has revolutionized the robotic solutions landscape. It has not only addressed the challenges faced by traditional robotic solutions but also paved the way for a future where robotic fleets can operate with optimal throughput, safety, and sustainability. With CaPow’s continuous energy ecosystem, the future of robotic solutions with perpetual power looks promising. FAQs What is Perpetual Power?   Perpetual power refers to a continuous energy ecosystem that ensures non-stop power to the robotic fleet, eliminating the need for battery replacement or stationary charging. How does Perpetual Power ensure Safety and Sustainability?   By eliminating the need for batteries, especially lithium ones, perpetual power ensures safety by eliminating safety hazards associated with lithium batteries. It also promotes sustainability by avoiding power malfunctions and battery recalls. What is the role of CaPow in Perpetual Power?  CaPow is the provider of Genesis- a flexible system and unique algorithm that enables seamless integration and hassle-free deployment of perpetual power in robotic solutions. It ensures optimal throughput and safety by calculating strategic sticker placement areas and continuously adjusting energy delivery. --- ---