They are usually installed at an appropriate height on both sides of the road to effectively illuminate a certain area of the road surface, ensuring the safe passage of pedestrians and vehicles at night.

Generally, they have good light distribution characteristics, evenly covering the area that needs to be illuminated with light, reducing visual discomfort caused by excessive contrast between light and dark.

They possess a certain degree of durability and can adapt to different weather conditions, such as being rainproof and windproof.

The energy source is clean and environmentally friendly. Solar panels convert solar energy into electrical energy and store it to provide lighting power for street lights at night. There is no need to rely on the traditional commercial power grid, which can reduce the consumption of fossil fuels and carbon emissions.

The installation is relatively flexible. As long as there are suitable sunlight conditions, they can be conveniently installed in remote areas where it is difficult to access the commercial power grid or where the wiring cost is high.

They are usually equipped with storage batteries for storing electrical energy so that they can maintain a certain period of lighting even in cases of insufficient sunlight (such as on cloudy or rainy days).

The appearance design is diverse, with an emphasis on aesthetics. They can blend in with the surrounding environment and play a role in beautifying the environment. Common styles include European, Chinese, and other different styles of modeling.

The illumination intensity is relatively moderate. They can provide enough light for people to move around in the courtyard without being too dazzling, creating a warm and comfortable atmosphere.

The height is generally shorter than that of street lights, usually around 3 to 5 meters.

Due to the special environment of tunnels, higher requirements are placed on the lamps. They need to have good anti-glare performance to avoid the direct glare of lights on the driver’s eyes, which may affect driving safety.

They possess high brightness and uniformity to ensure that there is a clear enough field of vision inside the tunnel, enabling drivers to accurately judge the road conditions and driving directions.

They usually adopt a special heat dissipation design. Because the ventilation conditions inside the tunnels are relatively poor and the lamps are prone to heat accumulation during long-term operation, good heat dissipation can extend the service life of the lamps.

he shape is small and delicate, and the height is generally low, usually around 0.5 to 1 meter. They are installed close to the ground to conveniently illuminate lawns, flower beds, and other areas without blocking the sight of pedestrians.

The light is soft, mostly adopting a scattered light design to avoid strong direct light that may affect the growth of lawns, flowers, and other plants, while creating a romantic and comfortable atmosphere.

They have a certain degree of waterproof performance to adapt to outdoor lawn environments that may be exposed to rain.

They have a strong light-gathering ability and can focus the light within a relatively small area, producing a high-brightness lighting effect. They are often used when it is necessary to highlight and illuminate a certain object or area.

The projection angle can be adjusted to conveniently adjust the direction of light projection according to actual needs to achieve the best lighting effect.

The power is relatively large, and the corresponding lighting distance is also relatively long. Some high-power floodlights can illuminate objects or areas dozens of meters or even hundreds of meters away.

They have a high degree of integration. Besides having the basic lighting function, they may also integrate multiple functions such as traffic signal lights, surveillance cameras, environmental monitoring sensors (such as air quality, temperature and humidity, etc.), public broadcast systems, charging piles, etc. into one.

They save space and resources. By integrating multiple functions on one light pole, the space occupied by separately installing various devices in urban streets and other places is reduced, and the construction cost and maintenance cost are also reduced.

They have a relatively high degree of intelligence and can realize the linkage and data sharing between multiple functions. For example, the lighting brightness can be automatically adjusted according to environmental monitoring data, or a warning can be issued through the public broadcast system when an abnormal situation is detected by the surveillance camera.