Compared with other lighting, the LED panel light has excellent benefits: ultra-thin, ultra-bright, ultra-energy-saving, ultra-long life, ultra-saving and worry-free! So, how to identify led panel lights?
1. Look at the overall “power factor of lighting”:
Low power factor means that the used driving power supply and circuit design are not good, which will greatly reduce the service life of the lighting! Low power factor, no matter how good the use of lamp beads, the lighting life will not be long. The unevenness of the power factor can be detected with the “power factor meter”!
2. Look at “Lighting Heat Dissipation Conditions–Material and Structure”:
The heat dissipation of LED lighting is also very important. The lighting with the same power factor and the same quality of lamp beads, if the heat dissipation conditions are not good, the lamp beads will work at high temperature, the light decay will be large, and the life of the lighting will be reduced. The heat dissipation materials used are mainly copper, aluminum, and PC. The thermal conductivity of copper is better than that of aluminum, and the thermal conductivity of aluminum is better than that of PC. Now the radiator materials generally use aluminum the most, the best is the insert aluminum, followed by the car aluminum (aluminum profile, extruded aluminum), and the worst is cast aluminum. , the heat dissipation effect of the aluminum insert is the best!
3. Look at the “lamp quality”:
The quality of lamp beads depends on chip quality and packaging technology. The quality of the chip determines the brightness and light decay of the lamp bead. Good lamp beads not only have high luminous flux, but also have small light decay.
4. Look at the light effect:
The same lamp bead power, the higher light efficiency, the higher brightness, the same lighting brightness, the lower power consumption, the more energy-saving.
5. Look at the power supply:
The higher power, the better. The higher power, the smaller power consumption of the power supply itself, and the greater output power.
Post time: Jan-29-2022