The silicon carbide power device can be applied to the PFC and secondary rectification parts of the charging module. Due to its high-speed switching and low on-resistance, it can display excellent electrical characteristics even under high temperature conditions, which can greatly reduce switching losses. Miniaturization of peripheral components.
The silicon carbide power device can realize the miniaturization, light weight and high efficiency of the new energy vehicle OBC, DC/DC converter and motor drive system, and improve the overall reliability of the system, which can increase the cruising range of electric vehicles by about 6%.
Photoelectric conversion efficiency As the most important performance index of grid-connected PV inverters, traditional silicon- d devices have been unable to achieve higher efficiency conversion. Because of its lower switching loss, silicon carbide can greatly reduce its power loss in grid-connected PV inverters, and it can also reduce weight loss and reduce overall machine cost.
The silicon carbide power device can be applied to the PFC part of a high-performance power system,Learn more
The application of silicon carbide power devices can reduce the system's weight loss, improve ovLearn more
The application of silicon carbide technology in photovoltaic inverters can significantly improve thLearn more
In the future, high-voltage, large-capacity, low-loss flexible power transmission and transformationLearn more
A compact and efficient silicon carbide solution for safe and stable operation in high temperature eLearn more
The application of silicon carbide power devices in special-purpose power supplies can greatly improLearn more
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