Overview of the basic design of LED high bay lights
LED high bay light
First is the appearance design
1. The appearance design is novel, the structure is ingenious, and full of modern flavor, which conforms to the trend of the times.
2. In terms of heat dissipation, we creatively adopted the air convection cavity aluminum radiator design. The upper and lower heat dissipation surfaces of the radiator are transparent at the front and rear. At the same time, there are air convection holes on the left and right sides to strengthen the air inside the cavity. Circulation is conducive to the discharge of heat, thereby effectively improving the heat conduction efficiency of the LED light source.
3. The above unique heat dissipation design scheme ensures the safe working temperature of the high-power LED light source below 45℃.
4. Adopt unique secondary optical lens module and light output design. The length of the light spot is determined by the light emitting angle of the LED, thereby reasonably controlling the light distribution, avoiding light superimposition and waste, and reducing light loss.
Second is the use of design
1. Adopt a single high-power LED packaged with imported LED chips as the light source, use a unique multi-chip integrated single-module light source design, and use imported high-brightness semiconductor chips, which have high thermal conductivity, low light decay, and pure light color. No ghosting and other features.
2. The unique heat sink design, perfectly combined with the electrical box, effectively conducts and diffuses the heat, thereby reducing the temperature in the lamp body and effectively ensuring the life of the light source and power supply.
3. The surface of the radiator is treated with anodic oxidation and anti-corrosion, the structure is compact and beautiful, reaching the IP65 standard, and has good anti-corrosion, waterproof and dustproof performance.
4. The energy saving effect is obvious. The high-power LED light source is equipped with imported high-efficiency power supply, which can save energy by more than 50% compared with the sodium lamp.
