Background
As the sales of new energy vehicles continue to rise, the market demand for charging stations has also increased. In order to solve the travel anxiety of new energy vehicle owners and allow more people to choose new energy vehicles as a means of travel, it is necessary to improve the charging infrastructure continuously. EV charging stations have extremely high investment value and return rates and also play a key role in green transportation and clean energy.
SCU recently provided high power EV chargers for a charging station of EV CPO Xiaoju Charging in Shanghai. This cooperation marks an important step for SCU in promoting the digital transformation of green transportation and energy. As an EV charging station operator under DiDi, Xiaoju Charging relies on its nationwide charging network to provide electric vehicle owners with a convenient, reliable, fast, and safe charging service experience, actively promote green city new infrastructure, and help achieve carbon neutrality goals.
Solution
The EV charging stack consists of a power unit and EV charge posts. The 480KW power unit, each power unit is equipped with 10 EV charge posts, which can meet the charging needs of multiple cars at the same time, greatly improve the overall operating efficiency of the charging station, shorten the waiting time of users, and meet the growing demand for electric vehicle charging.
EV Charger advantages
- The modular structure design concept integrates DC EV charger module, intelligent power distribution control module, monitoring module and protection distribution unit.
- The 50-1000VDC wide-range output voltage provides multiple DC outputs, and each output power is dynamically adjustable to meet the needs of different users.
- Supports VIN self-identification charging. The charging strategy can be set in the operation background, and the identified vehicles can be charged according to this strategy.
- In the hot and cold air duct separation heat dissipation system, the power module has an independent heat dissipation duct, which is separated from the control circuit heat dissipation, can adapt to a wide temperature range, improve heat dissipation efficiency, and has high reliability.
- The emergency stop switch safety protection function can shut down the charger and cut off the output in an emergency.
The high power EV charger provided by SCU not only ensures a fast and safe charging process but also reflects SCU’s leading advantages and reliability in high-power charging technology. The completion of this charging station is strong support for the new infrastructure of green cities and also provides Shanghai’s electric car owners with a better charging service experience.
Through this cooperation with Xiaoju Charging, SCU once again demonstrated its technical strength and market leadership in the field of high-power charging stations. In the future, SCU will continue to be committed to providing efficient and reliable EV charging solutions to more EV charging station operators and cities, and jointly promote the development of the global electric vehicle charging network and the sustainable use of energy.