Electric vehicles (EVs) and electric vehicle supply equipment (EVSE) must conform to different global standards for operational safety and performance. With shorter EV design and development cycles and the ramp-up of global charging infrastructure, ensuring EV and EVSE compatibility is critical for time-to-market success. Testing each new EV model for conformance to charging standards and ensuring interoperability is vital.
But it is impractical to test EV models against every real-life charging station. Ideally, you would configure your test system to act as an EVSE. Doing so allows you to automatically test all varieties of AC and DC charging interfaces. The test system also enables you to test communication protocols between a real EV and a charging station.
EV charging test solution
Comprising the Scienlab Charging Discovery System and Charging Discover Test Software, Keysight’s EV Charging Test Solution allows you to perform all necessary conformance and interoperability tests according to worldwide standards. An extensive test case library enables automated testing of CCS, CHAdeMO, and GB/T standards.
Test your electric vehicle supply equipment (EVSE) with a tester emulating different EV models to ensure they are compatible and meet safety and performance standards.
EV testing is one of the most discussed and important topics in automotive circles today. AC power can be either one-phase or three-phase depending on the country and charging point. Learn how to control and analyze your AC source measurements without any power quality disturbances.
Learn a rapid method to characterize Lithium-ion (Li-Ion) self-discharge using a potentiostatic measurement technique to speed up your Li-Ion cell characterization process.
Test your electric vehicle supply equipment (EVSE) with a tester emulating different EV models to ensure they are compatible and meet safety and performance standards.
EV testing is one of the most discussed and important topics in automotive circles today. AC power can be either one-phase or three-phase depending on the country and charging point. Learn how to control and analyze your AC source measurements without any power quality disturbances.
Learn a rapid method to characterize Lithium-ion (Li-Ion) self-discharge using a potentiostatic measurement technique to speed up your Li-Ion cell characterization process.
