In recent years, China's new energy vehicle industry has developed rapidly. With the support and guidance of policies, the industry has grown rapidly and formed a complete ecosystem. During this period, the supporting charging and swapping infrastructure network has covered major provinces and cities across the country. With the proposal of China's "carbon peak and carbon neutrality" development goals, the development process of automobile electrification has ushered in a faster wave of development.

With the increasing popularity of new energy vehicles, high-power charging piles are rapidly developing, driven by consumers' demands for the range and charging speed of new energy vehicles.

The SKONDA DC charging pile testing system meets the testing requirements of international standards (CHAdeMO from Japan, CCS from Europe and America, GBT from China), and can be configured with hardware according to customer needs. It has an open architecture and allows users to edit testing programs using instructions. The system has strong compatibility and incorporates testing items that comply with legal regulations into the software. The system has the characteristics of high cost-effectiveness, high stability, and fast testing speed.

After winning the bid for Ningbo Weirui's 2021 Supercharging Pile Production Line Testing Project and R&D Testing Equipment Project in April this year, SKONDA has once again won the bid for Shanghai Lianzhu New Energy Technology Co., Ltd.'s "Supercharging Pile Testing System Project". The equipment switches the load to single channel mode during single gun supercharging testing, supports a maximum power of 540kW, and supports various system design functions.