Uses of Silicon Carbide Ceramics in Different Industries

 With the passage of time, there has been continuous development in the world of solar energy, nuclear power, smart grid, electric vehicles, rail transportation, aerospace, aviation, and navigation. Therefore, this trend has increased requirements for power equipment performance. These days, the first generation of silicon materials is about to hit the theoretical limit that was originally determined. The third generation features a wider bandwidth, electron saturation, and thermal conductivity. In this article, we are going to talk about a new type of material called silicon carbide ceramics. And we will specifically discuss the applications of silicon carbide ceramics in different industries. Read on to find out more.

As far as potential is concerned, silicon carbide ceramic is the most mature choice. As a matter of fact, many of its indicators are much better than silicon. For example, it has a 300% higher bandwidth. Apart from this, the theoretical operational temperature of this material is 600 Celsius. Now, let's talk about the different uses of this material.

Electric Vehicles

Since these modules can have a sustainable, intelligent, low carbon, and green development, we can say that the advantages of this material are primarily reflected in the following three aspects.

1. Simplification of the power supply Network and boosting the frequency

2. Increasing the temperature and reducing losses

3. Improving efficiency and reducing the volume

As far as power conversion is concerned, components made of silicon carbide cal can help improve performance. In electric models, the active load-bearing component is the electric motor. These motors have different rotational speeds. Therefore, these motors require repeated acceleration and acceleration during the process of driving. Therefore, the working condition is more complex compared to the speed regulating system.

Transmission Systems

If you have a silicon-based device, your best choice is are switch made from silicon carbide. This is because this material has an extremely low resistance. Therefore, it is an ideal choice for applications where high frequency and temperature are involved.

The thing is that this material can reduce the loss of power by up to five hundred percent. Moreover, it is possible to reduce weight and size by over 40%. Therefore, it can help have a positive impact on the grid configuration and adjustment of energy strategy.