Over time, there has been continuous development in the world of solar power, nuclear power, smart grid, electric vehicles, rail transportation, aerospace, aviation, and shipping. Therefore, this trend has increased the requirements for the performance of power equipment. These days, the first generation of silicon materials is about to reach the theoretical limit that was originally determined. The third generation features 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. Keep reading to know more.
When it comes to potential, silicon carbide ceramics are the most mature option. In fact, many of its indicators are much better than silicon. For example, it has a 300% higher bandwidth. Apart from this, the theoretical operating temperature of this material is 600 degrees Celsius. Now, let’s talk about the different uses of this material.
Electric vehicles
Since these modules can have sustainable, intelligent, low-carbon and green development, we can say that the advantages of this material are mainly reflected in the following three aspects.
1. Simplification of the power supply network and frequency enhancement
2. Increase temperature and reduce losses
3. Improve efficiency and reduce volume
When it comes to energy conversion, components made from lime silicon carbide can help improve performance. In electric models, the active load-bearing component is the electric motor. These motors have different speeds of rotation. Therefore, these motors require repeated throttling and acceleration during the driving process. Therefore, the working condition is more complex compared to the speed regulation system.
Transmission Systems
If you have a silicon-based device, your best bet is a switch made from silicon carbide. This is because this material has extremely low resistance. Therefore, it is an ideal choice for applications where high frequency and temperature are involved.
The fact is that this material can reduce power loss by up to five hundred percent. In addition, it is possible to reduce the weight and size by more than 40%. Therefore, it can help to have a positive impact on the configuration of the network and the adjustment of the energy strategy.
solar energy field
If you are looking for tips that can be used in solar inverters, silicon carbide is an ideal choice. It comes with a small size, reduced costs, and much higher efficiency. Typically, the conversion efficiency of these inverters is around 96%. But if silicon carbide is used, it is possible to increase the efficiency to 97.5%. In other words, these devices can help produce energy losses by 25%. Apart from this, these inverters can help to increase the conversion efficiency significantly.
LED lighting
Currently, the popularity of LED fixtures using silicon carbide is on the rise. The thing is, these LEDs are much brighter and can reduce the cost by up to 50%. They are 200% brighter than other types of lights.
Similarly, they have 10 times more thermal conductivity. In daily life, you can apply this type of lighting for different types of environments, such as color display devices, information displays, interior lighting, and signal lights. The thing is, they can help reduce pollution and cost.
In summary, these are four uses of silicon carbide ceramics in different industries.