The heat dissipation performance of pole-type solar street lights mainly depends on their design and technical application.

‌Pole-type solar street lights usually adopt a variety of effective heat dissipation designs to ensure their stable operation and extended service life.

First of all, the lamp body material usually chooses materials with good heat dissipation performance, such as aluminum. These materials have good thermal conductivity and can quickly conduct the heat generated inside the lamp. ABS material is not conducive to long-term outdoor use. In addition, the thickness of aluminum also affects the heat dissipation performance to a certain extent. All Solway solar lamps are carefully designed and optimized by the technical team, using real aluminum and sufficient material production, which are fully reflected in the product size and weight.

A good heat dissipation system is essential for the stable operation and extended service life of solar street lights. Overheating will cause the LED lamp beads to age and shorten their life; at the same time, poor heat dissipation will affect the lighting effect and cause the LED light decay to increase. Therefore, the carefully designed and optimized solar street lights have good heat dissipation performance, can maintain stable operation under various environmental conditions, and provide reliable protection for applications such as road lighting. ‌‌‌