The currently most used charging interfaces in the electric vehicle (EV) market include CHAdeMO from Japan, GB/T from China, and CCS from Europe and the United States. Especially CCS, integrating both AC and DC, is strongly promoted by eight major European and American automakers, and its influence is gradually expanding. To curb such outpacing, the China Electricity Council and the Japanese CHAdeMO Association formed an alliance to jointly promote the next generation of high-power fast charging interface: ChaoJi.

With specifications reaching 1500Vdc/600Adc, the introduction of ChaoJi will greatly increase the charging speed to effectively reduce mileage anxiety amongst drivers, while also promoting the development of High Power Charging technology. Although the ChaoJi regulations have not yet been officially announced, Chroma recognized this future trend and was the first to start the development of ChaoJi charging simulators. Chroma’s complete test program integrates power grid simulation and battery simulation. Moreover, Chroma also provides EV charging test programs compliant with regulations in Japan, China, Europe, and the United States and flexibly integrates all of these into an all-in-one test system for use during R&D, test verification, and production. The automated system allows you to set up the test items in advance, and efficiently complete all tests and generate the relevant reports with a single click of the button.

The unification of charging standards is an important milestone that will greatly benefit the development of global electric vehicles, and has a vital impact on the market layout of factories, charging stations, as well as of chargers. Chroma is deeply involved in the key markets of electric vehicle testing. From R&D to mass production, or complete vehicles to upstream and downstream, we provide comprehensive solutions to meet your testing needs. For more details on the products, please visit Chroma's website and leave your inquiry. We are happy to be of service.

▲Chroma 8000 ChaoJi EVSE Test System