CAS KWCOB LIGHTING has proposed a series of technological and process innovations for road lighting applications. These innovations not only focus on the light source of the lamp, the anti-glare design of the light-cutting structure, and the aging of materials, but also take into account the heat dissipation performance, power consumption, long-term light decay, and carbon reduction and energy saving of the product, advocating environmentally friendly lighting solutions, which have brought significant improvements and improvements to road lighting.

Using KWCOB new ceramics phosphor light source and low thermal resistance packaging process

This technology can effectively reduce the center temperature of the light source, thereby extending its service life and reducing light decay. Achieve a more stable and lasting lighting effect.

Optimize heat dissipation solution

The heat dissipation efficiency is improved through the high thermal conductivity aluminum structure and convection fin design, ensuring that the light source can work at a safe temperature for a long time. This is crucial to maintaining the stability of the lamp and extending its service life.

Using high borosilicate glass as an optical material

High borosilicate glass has excellent weather resistance, which can ensure that the lamp is not affected by material aging during long-term use and maintain its reliability.

Optics electric & thermal management integrated module design

This design allows the lamp to be matched with a variety of shell styles, which is flexible and convenient to install, while taking into account the needs of road lighting and landscape design.

Combination of small luminous surface, high-power COB light source and optical glass

Through the cut-off structure design, the spill light is effectively reduced, the uniformity of lighting is improved and the glare is significantly reduced. The low-glare lighting advantage brought by the cut-off structure design is very prominent. On the one hand, it can make drivers and pedestrians feel more comfortable visually, avoid visual fatigue and visual interference caused by glare, and greatly improve the safety of road lighting; on the other hand, low-glare lighting allows drivers to more clearly identify road signs, obstacles, etc., providing strong protection for driving safety. At the intersection of urban roads, CAS KWCOB LIGHTING uses a special cut-off structure design to accurately control the projection direction and range of light, achieving excellent anti-glare effect. This not only reduces the nuisance caused by light overflow to surrounding residents, but also avoids the light scattering into the night sky to form light pollution, fully taking into account the functionality and environmental protection of urban lighting.

High voltage and low current light source design

Reducing the driving DC supply current and reducing power consumption can help achieve cooling and extend the service life of the driver.

Contract energy management has significant energy-saving effects

Through the matching of application materials, light sources and drivers, the controllability of the product life cycle is achieved, and stable illumination is maintained during the contract energy maintenance cycle, reducing maintenance costs. It can adapt to the 10-15 year long maintenance cycle requirements of road energy hosting.

It is of great significance to carbon reduction and energy saving

This technology product is of significant significance to promoting carbon reduction and energy saving, achieving carbon peak and carbon neutrality goals, and is in line with the current global trend of environmental protection and sustainable development.

High-Power COB Light Source Application Series

Street light - private mold customization IP67 low glare high light efficiency urban road EMC energy-conservation transformation highway tunnel intersection overpass parking lot airport road industrial and mining area high mast pole lighting low light attenuation.