CAS KWCOB Lighting new ceramics phosphor COB Module - Optimal Selection for Low Glare Lighting on Airport Roads
The 2025 German Technology Innovation Award focuses on road low glare devices, confirming that "low glare, high adaptability" has become the core trend of road lighting. As a key passage for flight support, airport roads have dense traffic (including ground vehicles and passenger buses) and frequent day and night operations. However, traditional lighting has hidden dangers: glare can easily obstruct the driver's line of sight, rapid light depreciation can cause uneven road illumination, and increase safety risks.
CAS KWCOB Lighting responds to trends with technology and creates low glare lighting solutions suitable for airport roads.
· The core competitiveness comes from the new ceramics phosphor COB light source and cutoff optical design:
The 3W-2000W full power range COB application is leading internationally, and the road lighting module is exclusively matched with high transparency glass lenses, combined with customized cutoff structures, to achieve "precise control of light" - uniform coverage of road spots, no excess light overflow, road glare index TI ≤ 6, far below the national standard requirement of ≤ 10, and drivers have no strong light glare when driving at night, ensuring the safety of ground operations and passenger passage.
· More relying on the advantages of integrated photo electric heating:
The new ceramics phosphor COB light source has a 5-year light depreciation rate of less than 10%, combined with phase-change heat dissipation technology, the module operates at a stable temperature for a long time, avoiding high temperature accelerated light depreciation and ensuring that the annual illumination of airport roads meets the standard (≥ 20 lux); IP65 protection level+corrosion-resistant shell, resistant to rain, snow, and aircraft exhaust corrosion, reducing outdoor maintenance frequency.
· At the same time, it combines energy saving and intelligence:
Compared with traditional sodium lamps, it has a power saving rate of over 70%, supports remote dimming and fault monitoring, and can flexibly adjust brightness according to peak airport traffic (such as flight takeoff and landing periods), which meets the needs of green airport operation and maintenance.