SiC Chips Have Many Advantages In The Field Of New Energy

Silicon carbide SiC chips have many advantages in the field of new energy, HMT provides diameter 150mm 200mm SiC Wafer for SBD and MOSFET application. We supply 4H polytye Conductive N type SiC Substrate.

New energy vehicles

- High energy conversion efficiency: Lower resistivity and higher thermal conductivity of silicon carbide chips can increase the energy conversion efficiency of components such as motor controllers by 5%-10% and improve the driving range.

- High power density and small size: under the same power output, the motor controller and other equipment are designed to be smaller and compact, saving interior space, which is conducive to miniaturization and lightweight of the vehicle, and indirectly increasing the battery life.

- Good high temperature resistance: it can operate stably at high temperatures of 175 degrees or even 235 degrees, can adapt to complex and harsh conditions, extend the service life of the equipment, and reduce the probability of failure.

Low switching loss and low interference: low switching loss and high switching frequency can reduce electromagnetic interference and heat accumulation, improve system stability, and make electronic equipment work more stable.

- Strong voltage tolerance: can withstand higher voltage and current, suitable for 800V and above high voltage platform, to achieve efficient and fast charging, shorten charging time.

- Simple heat dissipation system: good heat dissipation performance, so that it does not need a complex and huge heat dissipation system, reducing the heat dissipation cost and the overall complexity of the vehicle.

New energy generation

- Improve power generation efficiency: In wind power and photovoltaic power generation systems, conversion efficiency can be significantly improved, reducing system losses, and thereby improving the utilization of renewable energy.

- Smart grid: It helps to realize the intelligent, efficient and reliable operation of the power grid. In the field of transmission and distribution, its high energy efficiency and low loss characteristics make HVDC technology more efficient and economical, reduce power loss, and improve the quality and stability of power supply.