HOME-
IP20 Direct Ventilation Technology
Our modules adopt a three-phase Vienna PFC design and advanced control algorithms, ensuring highly efficient energy conversion with lower harmonic distortion and improved power factor. The direct ventilation cooling approach not only enhances heat dissipation efficiency but also extends product reliability and lifespan. This design enables stable performance even under continuous high-power operation.
-
IP65 Independent Air Duct Technology
Featuring an innovative structural design and optimized internal component layout, the module achieves complete separation between the cooling air duct and core electronic devices. This isolation prevents dust, moisture, and other environmental contaminants from entering sensitive components, significantly enhancing durability and environmental adaptability. With an IP65 protection rating, it is ideal for harsh outdoor charging applications.
-
SiC Technology Platform
By leveraging Silicon Carbide (SiC) power devices, our modules deliver higher efficiency, reduced switching losses, and improved thermal performance compared with traditional silicon-based designs. This next-generation semiconductor platform enables faster charging, lower energy consumption, and a more compact product footprint, supporting the development of greener and more sustainable EV charging solutions.
-
AC/DC Bidirectional Conversion Technology
AC/DC Bidirectional Conversion Technology Utilizing DSP digital bidirectional control technology, perfectly integrating Vienna and T-type inverter circuit topologies. The three-phase transformerless circuit topology, combined with T-type inverter architecture, achieves excellent performance including high power factor correction, high-efficiency DC/AC conversion, high power density, high scalability, simple and cost-effective circuitry, and high reliability. It enables bidirectional conversion between the grid and electric vehicle side, with a wide AC input/output voltage range of 260V to 528V, and a wide DC output voltage range of 50V to 1000V.
-
10
Authorized invention patent
-
40+
Accumulated Patents
-
30
Utility Model Patent
-
Laboratory Name
-
Laboratory Name
-
Laboratory Name
-
Laboratory Name
-
Laboratory Name
-
Laboratory Name
Number
Email
Address
