1. Directional lighting design: The directional lighting design of LED city lights is to effectively focus light on the areas that need to be illuminated through precise optical design and lamp construction. This design not only reduces unnecessary scattering of light, but also effectively reduces light pollution in the surrounding environment. For example, by using accurate reflectors or refraction devices, LED lights can focus light on roads, sidewalks or other places that need to be illuminated, rather than radiating light around, thereby reducing unnecessary glare and light pollution in the city.

2. Beam control and suppression: With the development of technology, modern LED city lights have advanced beam control technology that can effectively suppress or reduce light emitted to the sky and sides. Traditional lighting equipment often emits a lot of light upward, which causes light pollution and affects the viewing of the starry sky. LED lights can focus light on the ground and the areas that need to be illuminated by adjusting the angle and shape of the beam, reducing light pollution to the sky and the surrounding environment.

3. Color temperature adjustment and beam distribution control: LED city lights have flexible color temperature adjustment and beam distribution control capabilities, which are particularly important for reducing light pollution. For example, LED lights with warmer tones can reduce blue light radiation, which is believed to affect the biorhythms of nocturnal animals and humans. By adjusting the color temperature and beam shape of the lamps, LED lights can provide adequate lighting while minimizing the adverse effects on the surrounding environment and ecosystem.

4. Intelligent control system: With the help of intelligent control systems, LED city lights can adjust the brightness and lighting mode in real time according to the ambient light and usage needs. These systems can adjust the brightness and light distribution of lamps according to weather conditions, time periods or activity needs, thereby minimizing unnecessary light pollution. For example, the lighting intensity is reduced during low-power periods at night, while the lighting brightness is increased during high-power periods to meet road safety and energy efficiency requirements.

5. Reflection reduction technology: Some advanced LED city lights have reflection reduction technology, which reduces the reflected light from the surface of the lamp and surrounding objects. This technology effectively reduces the light reflection on the surface of the lamp and reduces the degree of light pollution in the surrounding environment by using special materials and designs.

6. Lighting specifications and policy support: Many cities have formulated strict lighting specifications and policies requiring the use of low-light-pollution LED lighting technology. These specifications and policies encourage cities to adopt more environmentally friendly and healthy lighting solutions by promoting the innovation and application of LED technology, thereby improving the quality of the urban environment and the quality of life of residents.

LED Garden Light YAUB-10-90

The UB-09 is a high-efficiency and price-competitive garden light that could be used for a wide range of pole top, bracket, and suspension applications.
Compliance with international standards ENEC, CB, CE, EMC, LM79, Rohs …
Provides a power output from 30 watts to 120 watts and various lighting distribution are available.
Features
Elegant and exquisite appearance design
Safe and reliable structural design
Simple structural design