Due to the rise of global artificial intelligence (AI), electric digital technologies, and environmental awareness, the development of renewable energy vehicles has become a red-hot topic. In past two years, Electric Vehicle (EV) industry has grown rapidly in the global market. Even under the Covid-19 pandemic, demands for the EV industry become stronger than ever.
One of the major reasons is that governments across the world provide grant and encourage people to purchase EV car. Under this circumstance, EV charger plays an important role and becomes fundamental infrastructure for EV industry development. In order to ensure the safety of the EV charger, countries have formulated their own standards and regulations for the performance and safety testing of EV charger.
Test Item for EV Charger. (SAEJ1772 & IEC62196-2)
- Withstand Voltage Test Function (UL2594)
- Grounding Continuous Test ( L2594)
- Control Pilot Signal Test State A
- Control Pilot Signal Test State B2
- Control Pilot Signal Test State C
- Current Capacity Test
- Open Switch S2 Test
- Connector Switch Test
- Over Current Protection Test
- CCID Test (UL2231)
AC Charging Station Test
DC Charging Station Test
- Electric Vehicle Communication Standards Testing and Validation –
- Electric Vehicle Charging Technology Analysis And Standards
- Plug-In Electric Vehicle Handbook
- Chroma Electric Vehicle Testing Solutions
- ITECH New Energy Vehicle Test Solution
AC/DC Electric Vehicle Supply Equipment (EVSE) Testing Solution
Charging Discovery System family of solutions for EV & EVSE interoperability & conformance testing.
In this video, Keysight shows the Scienlab Charging Discovery System (CDS) family of solutions, which consists of the Portable, EMC and High-Power Series. Users can test charging interfaces of EV and EVSE during high-power charging up to 900 kW as well as in EMC-sensitive environments. Our solutions allow to perform all necessary conformance and interoperability tests according to worldwide charging standards.
144kW Regenerative DC Electronic Load | ITECH.
IT8000 series regenerative DC electronic load is with modular high power density design, up to 18kW in 3U space. The power is expandable up to 1152kW by master-slave paralleling and active current sharing. If you move into application of high power UPS, storage battery, PV battery, EV, energy storage system, ITECH can help you with IT8000 series high power regenerative electronic load.