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"Energy saving and consumption reduction" has become a consensus in all walks of life, especially in the field of lighting.
Recently, Wan Gang, Chairman of the China Association for Science and Technology, pointed out that the report of the 20th National Congress of the Communist Party of China emphasized the need to accelerate the construction of a waste recycling system, continue to implement a comprehensive conservation strategy, develop green and low-carbon industries, and advocate green consumption.
As an important participant in the lighting industry, it is necessary for us to think about how to integrate the concept of energy conservation and emission reduction into product innovation to achieve high efficiency, energy saving and environmental protection of lighting products.
To this end, Da Lighting launched a series of reports on "High Efficiency COB", analyzing the technical principles of high-efficiency COB lamps and their applications in commercial space lighting from multiple dimensions, aiming to provide readers with a deeper understanding and knowledge.
1. Technological innovation: the principle and application of high-efficiency COB lamps
In recent years, with the continuous development and popularization of LED technology, high-efficiency COB (Chip on Board) lamps have gradually become mainstream products on the market. Compared with traditional lighting, high-efficiency COB lamps have many advantages in energy saving, environmental protection and economy.
High-efficiency COB lamps use a packaging method in which the chip is directly mounted on the circuit board, which reduces the loss in the intermediate links and improves the luminous efficiency. This enables it to provide higher light intensity and brightness at the same power, meeting the needs of different scenes for high light efficiency.
High light efficiency COB lamps also have the characteristics of adjustable color temperature and rich colors. By adjusting parameters such as current and voltage, different color temperatures and color effects can be achieved. This provides interior designers with more creative possibilities, enabling them to design more personalized lighting solutions according to space requirements.
High light efficiency COB lamps also have good heat dissipation performance and stability. Due to its compact structure and fanless design, it generates less heat during use, reducing energy consumption and maintenance costs. At the same time, the stable output current also ensures its long service life and reliability.
In the field of commercial space lighting, high light efficiency COB lamps have been widely used. For example, shopping malls, hotels and other places usually choose high light efficiency COB as the main lighting source; while in special occasions such as exhibition halls and museums, customized designs are required according to the characteristics of the exhibits.
2. Economic benefits: improve lighting effects and reduce energy consumption costs
For interior designers, the application of high light efficiency COB lamps can not only enhance the design sense of the entire space, but also effectively save energy consumption. Through reasonable layout and control strategies, the advantages of high-efficiency COB lamps can be maximized to achieve the goal of high efficiency and energy saving.
For commercial shop owners, the use of high-efficiency COB lamps also has significant economic benefits. On the one hand, the high brightness of high-efficiency COB lamps can attract more consumers' attention and increase the exposure and sales of goods; on the other hand, through reasonable dimming strategies and timing control functions, energy consumption costs can be reduced without affecting customer experience.
For advocates of energy conservation and emission reduction, the emergence of high-efficiency COB lamps is undoubtedly a great benefit. It can not only meet people's demand for high-quality lighting, but also promote the entire society to develop in a more energy-saving and environmentally friendly direction. By promoting and applying high-efficiency COB lamps, we can contribute to the goal of achieving carbon neutrality.
3. Case analysis: comparison between traditional lighting and high-efficiency COB lighting
Take a shopping mall as an example. The mall originally used traditional fluorescent lamps as the main lighting source. However, with the increase in usage time and the emergence of problems such as equipment aging, fluorescent lamps gradually exposed shortcomings such as insufficient brightness and short life. In order to solve these problems and improve the overall lighting effect, the mall decided to upgrade the lighting system in some areas to high-efficiency COB lamps.
After actual operation tests, it was found that compared with fluorescent lamps, high-efficiency COB lamps have the following advantages:
1. Higher brightness: Under the same power, the brightness of high-efficiency COB lamps is much higher than that of fluorescent lamps;
2. Longer life: The service life of high-efficiency COB lamps can reach more than tens of thousands of hours;
3. Lower energy consumption: The energy consumption of high-efficiency COB lamps is only about half of that of fluorescent lamps;
4. Lower maintenance cost: Due to the compact structure and fanless design of high-efficiency COB lamps, there is almost no maintenance cost;
5. Greater flexibility: High-efficiency COB lamps can adjust the color temperature and color effect as needed.
As an emerging lighting product and technology, high-efficiency COB lamps have received widespread attention and application for their advantages such as high efficiency, energy saving, environmental protection and economy. In the future development, we should continue to pay attention to the changing trends of technological innovation and market dynamics, and continuously promote the sustainable development of the lighting industry.