MAHLE invests three million euros in new electric drive test bench

E-mobility expansion continues with testing and development of e-axles and e-drive units for electric and hybrid vehicles

MAHLE invests three million euros in new electric drive test bench

MAHLE has commissioned a test bench for electric drives in Stuttgart/Germany to develop and test e-axles and e-drive units for a wide range of electric and hybrid vehicles.

The first test on a unit was successfully performed on behalf of a customer just a few days ago.

Dr. Martin Berger, vice president for corporate research and advanced engineering at MAHLE, said: “With the commissioning of the test bench, MAHLE continues the targeted expansion of its global range of services for e-mobility.

“Both our customers and our developers can now benefit from an ultramodern facility, which is one of only very few in Germany.”

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The new e-test bench in Fellbach will be used on behalf of international customers to carry out functional development work, simulate highly dynamic, transient modes of operation, perform efficiency measurements and torque vectoring, and simulate wheel slip scenarios.

Operating map application and data population, testing of high- and low-voltage systems, and the investigation of thermal influences are also among the scope of services.

The test facility includes an e-axle unit consisting of two oppositely mounted load machines equipped with permanent-magnet synchronous electric motors.

Thanks to a nominal power handling of 350 kW per dynamometer and an impressive peak torque handling capacity of 8,400 Nm, the setup boasts formidable performance data.

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Separate battery simulators for applications ranging from 48 V to 1,000 V and a high-speed power analyzer system allow for performance mapping, performance characterization, and efficiency studies to be carried out.

In addition, the new facility has a high-performance thermal conditioning system that provides a temperature range from –30oC to +130oC for the accurate simulation of vehicle operating conditions.

The time an e-drive spends on the test bench depends on the specific customer requirements and ranges from around 200 hours to test individual functions through to a whole year when endurance testing is required.

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