What will happen if the solar street light source does not dissipate heat well?

In recent years, after the country launched the poverty alleviation policy of solar street lights, many rural areas were not equipped with street lights before, and the villagers were very insecure. Nowadays, many regions have begun to respond to the poverty alleviation policy of solar street lights and installed solar street lights one after another, so many places have changed. However, in the hot summer, solar street lights have to face the test of high temperature heat dissipation, so what will happen if the heat dissipation of solar street lights is not good?

1. Reduced lifespan

For solar street lights, heat dissipation is the top priority. Poor heat dissipation will have a series of adverse effects on the use of street lights. For example, LED light source converts electrical energy into light source, but not all electrical energy can be converted into light source, which must obey the law of conservation. If it is excess electrical energy, it may be converted into heat energy.

If the heat dissipation structure of the solar street light is unreasonably designed, it cannot quickly remove the excess heat energy, which will cause a lot of heat to the solar street light and shorten the life of the solar street light.

2. Material quality decline

If the solar street light source is overheated, it cannot dissipate the heat. If it is excluded, it will cause these materials to be repeatedly oxidized by high temperature, which will lead to the deterioration of the quality of the LED light source.

3. Electronic device failure

The temperature of the solar street light source gradually rises, and the resistance will be greater, resulting in more and more current, so that more and more heat will be generated, so that the LED light source will be overheated due to overheating. Damage to electronic components, resulting in malfunction.

4. The lamp material is deformed

In fact, we also encounter many such things in our life. For example, when an item encounters a temperature that is too hot, it will deform slightly, and the same is true for solar street light sources. The solar light source is composed of many materials. When the temperature rises, the size of thermal expansion and contraction of each part will be different, so it may cause the distance between the two originals to be too small, and then squeeze each other, resulting in deformation and damage.

The above consequences of the poor heat dissipation of solar street lights are shared here. However, the heat dissipation of solar street lights can be adjusted by the controller to reduce the heat of the LED, which can not only save energy, but also reduce heat, killing two birds with one stone. Solar street lights get good heat dissipation, which can improve its lighting brightness, long service life and long resistance to cloudy and rainy days.