Electric scooter with an asynchronous motor

Electric scooter with an asynchronous motor

Stať ve sborníku v databázi WoS či Scopus

The contribution deals with a construction of a higher electric scooter with a low-voltage asynchronous drive. Basic electrical and mechanical parameters are mentioned. An attention is paid to the mechanical construction – batteries, inverter, motor, gears. Further used number of poles of the induction machine, its size and voltage-frequency relations are discussed. The digital control system of the power 3-phase inverter with MOS-FETs is briefly described. A control algorithm realising the torque control with a optimum efficiency in a wide range of torque and speed is proposed. Reached user parameters of the scooter are presented. Main problems and furhter developmentr tasks are noticed in the conclusions.

The contribution deals with a construction of a higher electric scooter with a low-voltage asynchronous drive. Basic electrical and mechanical parameters are mentioned. An attention is paid to the mechanical construction – batteries, inverter, motor, gears. Further used number of poles of the induction machine, its size and voltage-frequency relations are discussed. The digital control system of the power 3-phase inverter with MOS-FETs is briefly described. A control algorithm realising the torque control with a optimum efficiency in a wide range of torque and speed is proposed. Reached user parameters of the scooter are presented. Main problems and furhter developmentr tasks are noticed in the conclusions.

frame, springing, dumping, motor, gears, tooth-belt, traction accumulators, inverter, sinusoidal pulse-width modulation, microcontroller, counter, efficiency, asynchronous machine, regenerative braking

ČERVINKA, D., VOREL, P.

2011

16.06.2002

VUT

Brno

80-214-2082-0

Advanced batteries and accumulators - 3rd International conference

27-1

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