Solar cables have high-temperature resistance, which is mainly processed by special materials. High-temperature photovoltaic cables are a bit more expensive than other cables, but their performance is very different, especially suitable for photovoltaic environments. High-temperature solar cables have the following characteristics:

1. High-temperature resistance: high-temperature solar cables have strong high-temperature resistance. In fact, high-temperature cables use a new type of shell material. Compared with traditional cables, their high-temperature resistance performance is greatly improved. At the same time, if the working environment of the cable is very harsh, such as outdoor Exposure, deep burial, etc., the surrounding environment will be relatively high, which will easily lead to unstable cable data transmission and inconvenience to people. However, the use of high-temperature cables can be avoided. Its thermal insulation and high-temperature resistance can ensure the normal operation of the cables in high-temperature environments. run.

2. Long service life: ordinary cables are prone to aging after being used for a period of time, resulting in the decline of various cable performance parameters. However, high temperature cable is very resistant to aging, and is durable, can be used for a long time without aging, thus improving the overall service life of the cable.

3. Strong anti-corrosion ability: Because the working environment of the cable is usually very bad, there may be various corrosive gases and liquids outside, which affect the normal operation of the cable and cause corrosion to the cable. The cable casing causes poor data transmission. However, the high temperature resistant optical cable has strong corrosion resistance, which can avoid the damage of corrosive substances to the optical cable to a large extent, and ensure the normal and effective operation of the optical cable.

4. Strong flame resistance and aging resistance: Because the high-temperature solar cable is made of special materials, the ignition point is relatively high. The internal and external materials are better, more wear-resistant, and less likely to be damaged. This phenomenon effectively prolongs the life of high-temperature solar cables.