Hydrogen fuel cell stack test systems serve as core equipment for fuel cell R&D, mass production offline inspection, and operational life verification, supporting comprehensive testing functions such as volt‑ampere characteristic testing, polariz…
Offshore wind power is a core component of clean energy in the new power system. Compared with onshore wind power, it features higher wind speed, stable wind conditions, high generation hours, and no occupation of land resources, making it the mainstr…
Potential Induced Degradation (PID) of photovoltaic modules is a core factor leading to reduced power generation and shortened service life of PV power stations, serving as a key test item for PV module R&D, mass production inspection, outdoor rel…
Photovoltaic inverters are core equipment of photovoltaic power generation systems, responsible for converting DC power generated by PV modules into AC power for grid connection. Their insulation performance and withstand voltage capability directly d…
Power lithium-ion batteries are the core energy storage components in new energy vehicles, energy storage systems, electric ships, drones and other fields. Their insulation and withstand voltage performance, electric breakdown resistance, and internal…
The electric drive system of electric vehicles is the core power component of new energy vehicles, including drive motors, motor controllers, reducers, and PDU high‑voltage power distribution units. Its power performance, energy efficiency, operating…
The electric vehicle charging pile test system is core equipment for R&D, production line inspection, grid access certification, operation and maintenance of charging piles, undertaking full-process tests including electrical performance, protocol…
The energy storage PCS converter is the core equipment of electrochemical energy storage systems, undertaking the key functions of bidirectional energy conversion between energy storage batteries and the power grid, power grid peak shaving and frequen…
Full digital control serves as the core technical foundation of modern high‑voltage power supplies and provides critical support for high‑precision control, intelligent operation & maintenance, and flexible adaptation to multi‑scenario requirem…
Modular and reconfigurable design serves as the core technical pathway to realize the standardization, serialization and rapid customization of general high‑voltage power supplies. It fundamentally solves the longstanding pain points of traditional h…