Electric Vehicle Motor and Controller Testing

May 17, 2021
EV drivetrain testing with a bidirectional DC source and regenerative DC load simplifies test setup, avoids catastrophic damage, and decreases test times. The regenerative electronic load uniquely enables back-feeding converted energy into the grid.

This application note outlines a method of efficiently testing an E-Motor and Controller for electric vehicles. Traditional test setups require a dedicated DC source and Load in parallel to deal with bidirectional energy flow, which can require a complex test setup to coordinate energy flow and avoid damaging expensive test equipment. By employing a bidirectional DC source with a regenerative DC load one can simplify test setup, avoid catastrophic damage, and decrease test times, while also back-feeding converted energy into the grid.

Sponsored

The advent of USB Type-C marked a turning point in connectivity. This compact, reversible connector has transformed the way we exchange data and power our devices, offering accelerated...
The Same Sky interconnect group carries a comprehensive line of connectors to reduce the burden on the design engineer. Their wide selection of mechanical configurations and simple...
Explore ADAM, an advanced AMR demo by Analog Devices, featuring precision depth sensing, AI mapping, 4-wheel motor control, ROS support, and smart battery & comms. Boost safety...
In a generic electronic system there are some inputs that are controlled by the end user. These inputs are read by electronics and acted upon by using outputs.