In modern lighting engineering, high-power LED luminaires are widely used in harsh environments such as roads, stadiums, industrial plants, bridges, and even outdoor advertising.
The energy-saving effect of the tri-proof lamp is the result of the combined effect of light source technology, driving mode, intelligent control, heat dissipation design, protection performance and installation flexibility.
Inferior lighting fixtures may use low-cost drive circuits, such as linear drive or non-constant current drive, which have weak resistance to fluctuations and are more prone to flickering.
In low-temperature, high-humidity environments, such as cold storage facilities, food processing workshops, cold chain logistics centers, or seafood processing areas, lighting equipment faces challenges far beyond simply "illuminating the space."
The impact of ceiling lamp heat dissipation design on the life of LED light sources is essentially a deep connection between thermal management and semiconductor device reliability.
Track installation is an innovative design for tri-proof lamps in scenarios where flexible adjustment of lighting angles is required.