Generally speaking, high-quality solar street lights have strong wind resistance. Professionally produced solar street lights will fully consider the impact of wind loads when designing.The wind resistance of solar lights mainly depends on their design and materials. Solar street lights usually use high-strength alloy materials, such as aluminum alloys. These materials are not only light in weight, but also have high strength and toughness, and can withstand large wind impacts. The design of the light pole has also undergone rigorous wind tunnel testing to ensure that it can remain stable under various wind speed conditions.

Solway's solar street lights take this into full consideration in their design. They use high-strength aluminum alloy materials. The solar panels and lamps also have corresponding wind-resistant measures. The panels are usually encapsulated with tempered glass, which has high strength and weather resistance and can resist the erosion of sand and wind. The lamps are designed and fastened in a reasonable way to ensure that they will not loosen or fall off in strong winds.

The wind-resistant effect of solar lights mainly depends on their design and installation quality. The following are the key factors that affect the wind-resistant effect:

1. Material and strength of the lamp pole

Material: Steel lamp poles are more wind-resistant than aluminum or plastic.

Thickness and diameter: The thicker the lamp pole and the larger the diameter, the stronger the wind resistance.

2. Height of the lamp pole

The higher the lamp pole, the greater the impact of wind, so high lamp poles require stronger wind-resistant design.

3. Foundation stability

Depth and size: The deeper the foundation and the larger the size, the stronger the wind resistance.

Concrete quality: High-quality concrete can enhance the stability of the foundation.

4. Lamp design

Streamlined design: Reduce wind resistance and reduce the impact of wind on lamps.

Weight distribution: Reasonable design can prevent lamps from shaking or falling off in strong winds.

5. Installation quality

Fasteners: Use high-quality bolts and nuts to ensure that all components are firmly connected.

Installation angle: Reasonable angle can reduce the direct impact of wind on lamps.

6. Environmental factors

Wind force level: The wind force in different regions is different, and the local maximum wind force should be considered when designing.

Terrain: The wind force in open areas is stronger and requires special reinforcement.

7. Wind resistance level

Solway solar lamps usually have wind resistance level identification. If they can withstand level 12 wind force, the selection should be based on the local wind conditions.

‌Specific design and material selection have a significant impact on the wind resistance of solar lamps‌. For example, the solar street lights in Gansu region use high-strength aluminum alloy materials and special structural designs, which can remain stable in extreme weather such as strong winds and heavy rains‌. This design enables solar street lights to work normally in complex terrain and bad weather, ensuring the lighting effect.

The performance in actual applications also verifies the wind resistance of solar lights. In Gansu, solar street lights have been widely used, whether in urban main roads, park squares or rural roads and courtyards. These solar street lights not only provide a safe and comfortable lighting environment for local residents, but also become a symbol of green and environmental protection.