Route & Robot Parameters
Route Configuration
Let's build the longest "worst case scenario" route.
If this yields 100% uptime, your entire fleet will never stop for charging.
If this yields 100% uptime, your entire fleet will never stop for charging.
Total Route Lengthm
Average Speed (Weighted)m/s
Stopping Points
Stopping points are ideal for a power boost.
Power
Consumption vs. delivery.
AGV Average ConsumptionW
CaPow OutputW
Modular Charging Pads
Let's juice your robot while it's in motion!
Calculated Pad Values
Total Pad Lengthm
Time Over Padss
Route Visualization
Route Map
Auto-updates as you configure your route
Route Section
Charging Pad
Stop Point
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AGV DirectionEnergy Balance Results
Power Balance Summary
— Calculating
AGV Total Consumption
—
Watt-seconds (Ws)
Static Charging (Stops)
—
Watt-seconds (Ws)
Modular Charging (Pads)
—
Watt-seconds (Ws)
Total Charging Output
—
Watt-seconds (Ws)
Net Power Balance
—
Watt-seconds (Ws)
Energy Coverage
—
coverage
Calculation Breakdown
ParameterValueUnit
Course Duration
—
s
AGV Overall Consumption
—
Ws
Charging at Stop Points
—
Ws
Total Pad Length
—
m
Time Over Charging Pads
—
s
Modular Charging Output
—
Ws
Net Power Balance
—
Ws
Improved work:charge ratio
—
×
Awaiting Calculation
Adjust the parameters above to see the energy balance result.
—
net power balance (Ws)
—
improved work:charge ratio