SHENZHEN YYBLED TECHNOLOGY CO., LTD.
Direct Line: 0086-0755-83207420        E-mail: Brank.youth.yang@hotmail.com        WhatsApp:008613427874236

SHENZHEN YYBLED TECHNOLOGY CO., LTD.

Direct Line: 0086-0755-83207420
E-mail: Brank.youth.yang@hotmail.com
WhatsApp:008613427874236
High-power LED lamp beads: the development trend of indoor lighting

2022-03-02


 Since the birth of high-power LED lamp beads, it has been used in outdoor lighting and commercial lighting, such as high-power street lights, high bay lights, flood lights, etc. With the intensification of competition in the LED industry and the rapid development of high-power LED technology, the advantages of high-power LED devices have become more and more obvious, and with indoor lighting as a new target for the development of the LED industry, high-power LED devices LED devices will also account for a larger share of indoor lighting applications. The reasons why high-power LEDs are used more and more widely in indoor lighting are as follows:

  1. High-power LED lamp beads have functional advantages: In the research and development test of Tongjia Optoelectronics Dongguan Company, coherent engineers found that high-power LED lamp beads have the advantages of ordinary LED lamp beads (high brightness, low light decay). , longer lifespan), it also has the advantages of high luminous flux, higher cost performance and better light efficiency.

  2. High-power LED lamp beads have a price advantage: Tongjia engineers analyzed that we have been thinking and analyzing from the cost level of our mutual partners. When LED develops new lamps, it is often a lamp of the same wattage, when it accepts Compared with the use of high-power LED components, the price of traditional LED components is much higher, and some even more than double the price. Therefore, in comparison, the price advantage of high-power LED lamp beads is more obvious.

1-21091G51236451.jpeg  3. The stability advantages of high-power LED lamp beads: Generally speaking, high-power LED lamp beads often have more stable advantages than low-power packaged LEDs, which are often reflected in the lower fever of high-power chips and better light efficiency. Stronger, lower light decay, and better invariance.