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Fleet Size & Cost
100% uptime for 100% of your fleet allows achieving the same throughput with much less robots in your fleet
Work:Charge Ratio
Work:Charge Ratio defines critical parameters like extra robots in fleet or amount of needed chargers
Nominal Working Time hours
E.g. depleting from 80% battery to 30%
Charging Time hours
E.g. topping off from 30% to 80%
Work:Charge Ratio
6:1
Fleet Uptime
How much of your energy consumption is being delivered by CaPow
Fleet Uptime %
CaPowered Work:Charge Ratio
∞
Required Fleet Size units
Cost per robot $
Nominal Number of Chargers units
Fleet Size ÷ Work:Charge Ratio
Cost per charger $
They're not so cheap, aren't they?
Fleet Size
Affected by charging downtime
12
CaPowered Potential Fleet Size
Reduced fleet, increased efficiency
10
Number of Required Chargers
CaPowered Fleet ÷ CaPowered Ratio
0
CaPow Fleet Savings
Saved robots and chargers × cost
$110,000
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Floor Space Savings
Value of space freed up by removing floor chargers
Real-estate per charger ft²
How many ft² does a charger occupy
Cost of ft² $/ft²
How much does it cost to "lose" one ft²
Number of Chargers Saved units
Nominal number of chargers - required chargers
CaPow Space Savings
ft² per charger × cost of ft² × chargers saved
$0
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Battery Implications
100% uptime allows your robots to use much smaller batteries, for much longer duration
Current Battery Capacity Wh
Battery Price $
Current Battery Lifecycle years
Reduced Spec Battery Capacity Wh
100% uptime allows smaller battery capacity
Spec Down Battery Price $
Smaller batteries cost less
Improved Battery Lifecycle years
Smaller DoD allows x2 battery lifecycle
Solution Lifespan years
Automation solution duration, in years
CaPow Energy Savings
Traditional - CaPowered
Cost of Batteries- Traditional
Fleet size × battery price × number of batteries
$72,000
Cost of Batteries- CaPowered
CaPowered Fleet size × reduced battery price × number of batteries
$30,000
Net Battery Savings
$42,000
More robots in fleet, more batteries
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CaPow Overall Improvement
How much money did CaPowering your fleet actually gain you?
CaPow Fleet Savings
$110,000
CaPow Space Savings
$0
CaPow Battery Savings
$42,000
CaPow Overall Improvement over 5 years
$152,000
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CaPow Solution Pricing
So how much does it cost?
CaPow Overall Cost Duration
Mirrors Solution Lifespan years
Genesis Price
100% uptime price, one time fee, per robot $
Genesis Energy Management Service cost
energy monitoring fee, annual, per unit $
CaPow Overall Cost
(Genesis Price + Genesis EMS × 5 years) × CaPowered Fleet Size
$152,030
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Bottom Line
Total project cost comparison over 5 years
Overall Project Cost Traditional
$682,000
Overall Project Cost CaPowered
$682,030
Net CaPow Savings
0%
ROI ⓘ
Day 1
Hover for full calculation