40kW power module

keyword：

Product News Download

KC CE certified 40kW Charging Power Module for EV charger

THWT40F10028C8E is a DC charging module with high efficiency and high power density developed by Tonhe Company for charging piles. The output voltage can reach 1000V, and the constant power is 40kW in the range of 280-1000VDC. Interface with 30kW module, size one To facilitate user update iteration.

Keyword：

Tonhe Technology

CE Class B certified

40kW power module

UL Certified 40kW Fast charging Module for EV Charging Station

THWT40F10028C8EUR is a power module developed by Tonhe Electronics for charging pile, which meets UL standard, high efficiency and high power density. </br> It supports 432Vac ~ 528Vac three-phase four-wire system (three-phase +PE) input, the maximum power is 40KW, and the default constant output power range is 280Vdc ~ 1000Vdc. The monitoring unit/control unit of the charging system CAN communicate with the charging module through the CAN bus. </br> Based on the communication, the functions of working parameter setting, operating parameter collection and working state control of the charging module can be realized.</br>

Keyword：

Tonhe Technology

UL certified

40kW power module

Power and Efficiency: Tonhe Technology's 40kW EV Fast DC Charger Module Explained

Tonhe Technology's 40kW charger module is more than just a component—it's a cornerstone of modern EV charging infrastructure. Combining high efficiency, adaptability, and reliability, it addresses the challenges of the fast-paced EV market with unmatched precision. As the demand for efficient charging solutions rises, Tonhe Technology's innovations are sure to play a pivotal role in driving the electric revolution forward.

Keyword：

Tonhe Technology

40kW liquid cooling power module

40kW charging module

40kW power module

Optimizing EV Charging Efficiency: The Role of Unidirectional Power Converters

Unidirectional power converters play a pivotal role in optimizing EV charging efficiency. Their ability to enhance efficiency, simplify design, and reduce costs makes them an essential component in the development of efficient and reliable EV charging infrastructure. By focusing on one-way power conversion, these converters contribute to a more streamlined and cost-effective charging experience, while their compatibility with existing infrastructure ensures a smooth integration process.

Keyword：