Stall PerformanceElectrical performance of the platform in stall conditions
Motor Current [A]Current drawn by the motors at stall
Motor Electric Power [W]Electric power drawn by the motors in Stall condition
Motor Mechanical Power [W]Mechanical power at the wheel. In stall, the wheel is stopped, meaning no mechanical power is transmitted.
Motors Waste Heat [W]Heat dissipated from motors in Stall condition
Battery Waste Heat [W]Losses due to battery internal resistence at load current. Asking more current than the battery can provides will tank the battery voltage and cause the battery to overheat.
Battery Voltage [V]Voltage drop due to battery internal resistence at load current. No more than 1/7 voltage drop relative to nominal voltage should be accepted to keep the battery healthy
Battery Duration [h]Duration of the battery in hour while travelling on a flat surface
Top Speed PerformanceElectrical performance of the platform in top speed conditions on flat terrain
Motor Current [A]Current drawn by the motors at top speed
Motor Electric Power [W]Electric power drawn by the motors in Top Speed condition
Motor Mechanical Power [W]Mechanical power at the wheel. At top speed, the wheels are not acccelerationg the platform but are winning against friction, meaning mechanical power is being provided.
Motors Waste Heat [W]Heat dissipated from motors in Top Speed condition
Battery Waste Heat [W]Losses due to battery internal resistence at load current. Asking more current than the battery can provides will tank the battery voltage and cause the battery to overheat.
Battery Voltage [V]Battery voltage drops due to battery internal resistence at load current. No more than 1/7 voltage drop relative to nominal voltage should be accepted to keep the battery healthy
Battery Duration [h]Duration of the battery in hour while travelling on a flat surface
Odometer [m]maximum distance that can be covered on a flat terrain with one battery charge
No comments:
Post a Comment