Tester parametrů elektrických koloběžek

Abstract

This bachelor’s thesis focuses on the design and implementation of an electric scooter parameter tester, specifically testing their minimum speeds for motor engagement, maximum achievable speed, and maximum achievable power of the motor.

In the theoretical part, the relevant legislation regulating the conditions for the use and testing of personal electromobility devices is analyzed. Furthermore, the construction of electric scooters available on the market and the available methods for testing their parameters are examined. Methods for acquiring data on the parameters of an electric scooter, measuring voltage and current of its electric motor, and designing test sequences for individual parameters are presented.

The practical part of this thesis focuses on the development of a testing application in the LabVIEW environment and the expansion of the capabilities of an existing e-bike tester to allow the testing of electric scooters.