--- title: "AMR Charging and AGV Charging: How OEMs Can Optimize Operations with In-Motion Power Delivery" id: "8763" type: "post" slug: "amr-charging-and-agv-charging-how-oems-can-optimize-operations-with-in-motion-power-delivery" published_at: "2025-04-10T08:41:35+00:00" modified_at: "2025-06-19T05:10:36+00:00" url: "https://capow.energy/blog/articles/amr-charging-and-agv-charging-how-oems-can-optimize-operations-with-in-motion-power-delivery/" markdown_url: "https://capow.energy/blog/articles/amr-charging-and-agv-charging-how-oems-can-optimize-operations-with-in-motion-power-delivery.md" excerpt: "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..." taxonomy_category: - "Articles" taxonomy_author: - "Rebecca" --- ![Image](https://capow.energy/wp-content/uploads/2025/04/interior-large-distribution-warehouse-with-shelves-stacked-with-palettes-goods-ready-market.jpg) - [Articles](https://capow.energy/blog/articles/) # AMR Charging and AGV Charging: How OEMs Can Optimize Operations with In-Motion Power Delivery - [Rebecca](https://capow.energy/author/rebecca-barelcapow-tech-com/) - April 10, 2025 ### **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.](https://capow.energy/technology/) Traditional charging methods require AMRs and AGVs to stop and dock at charging stations for hours, halting operations and negatively affecting productivity. For [OEMs](https://capow.energy/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. [Book a Meeting](#hubspot-form) ### **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](https://capow.energy/technology/) 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** 1. **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. 2. **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. 3. **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. 4. **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](https://capow.energy/savings-calculator/) 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 ## Author - [Rebecca](https://capow.energy/author/rebecca-barelcapow-tech-com/) Rebecca Barel - Head of Marketing | CaPow [View all posts](https://capow.energy/author/rebecca-barelcapow-tech-com/) [mailto:Rebecca.barel@capow-tech.com](mailto:Rebecca.barel@capow-tech.com) [https://capow.energy/about/](https://capow.energy/about/) [Book a Meeting](#hubspot-form) ## Categories ## Similar [https://capow.energy/blog/articles/evolution-of-warehouse-automation-from-robots-to-operations/](https://capow.energy/blog/articles/evolution-of-warehouse-automation-from-robots-to-operations/) - [Articles](https://capow.energy/blog/articles/) ### [The Evolution of Warehouse Automation: From Robots to Operations](https://capow.energy/blog/articles/evolution-of-warehouse-automation-from-robots-to-operations/) [Read More](https://capow.energy/blog/articles/evolution-of-warehouse-automation-from-robots-to-operations/) [https://capow.energy/blog/articles/power-in-motion-solving-the-hidden-energy-bottleneck/](https://capow.energy/blog/articles/power-in-motion-solving-the-hidden-energy-bottleneck/) - [Articles](https://capow.energy/blog/articles/) ### [Power-in-Motion: Solving the Hidden Energy Bottleneck in Warehouse and Manufacturing Automation](https://capow.energy/blog/articles/power-in-motion-solving-the-hidden-energy-bottleneck/) [Read More](https://capow.energy/blog/articles/power-in-motion-solving-the-hidden-energy-bottleneck/) [https://capow.energy/blog/articles/innovative-energy-solutions-for-mobile-robots-2026-perspective/](https://capow.energy/blog/articles/innovative-energy-solutions-for-mobile-robots-2026-perspective/) - [Articles](https://capow.energy/blog/articles/) ### [Innovative Energy Solutions for Mobile Robots: A 2026 Perspective](https://capow.energy/blog/articles/innovative-energy-solutions-for-mobile-robots-2026-perspective/) [Read More](https://capow.energy/blog/articles/innovative-energy-solutions-for-mobile-robots-2026-perspective/)