Compared with other lamps, LED panel lights have outsta […]
Compared with other lamps, LED panel lights have outstanding advantages: ultra-thin, super bright, super-energy-saving, long life, super-saving and worry-free! However, the quality of LED panel lights varies greatly, consumers do not know how to choose?
In view of the vicious competition in the market price of flat panel lamps, a large number of unqualified products are listed (professionals call it (inferior goods, bad goods, rotten goods), which has violated the real value of LED energy saving, long life, environmental protection, etc. The application of technology to the field of integrated ceilings has seriously affected the healthy development of integrated ceiling LED panel lights. As a manufacturer of LED panel lights, this responsibility is introduced to explain how to choose LED panel lights or identify LED panel lights. :
Look at "bead quality": the quality of the lamp is determined by the chip quality and packaging technology.
The quality of the chip determines the brightness and light decay of the lamp bead. A good lamp bead is not only bright, but also light.
Looking at the driving power used by the luminaire, the service life of the power supply is much shorter than that of other parts of the lighting. The life of the power supply affects the overall life of the luminaire. The theoretical life of the lamp is 50,000-100,000 hours, and the life of the power supply is 0.2-30,000 hours, power supply design and material selection will determine the life of the power supply. The appearance of aluminum alloy power drive is better than engineering plastics, first, its heat dissipation is good, and second, the transportation and use process can effectively protect the inside parts from being crushed and loosened, reducing the power drive failure rate.
Look at the light effect: the same lamp power, the higher the light efficiency, the higher the brightness, the same lighting brightness, the smaller the power consumption, the more energy saving.
Look at the power efficiency, the higher the power efficiency, the higher, the higher the power consumption of the power supply itself, the greater the output power.