The green environmental protection of Led tri-proof lamps has made outstanding contributions to the manufacturing industry.
In my country, the electric energy used for lighting can account for 16% of the total energy consumption of social development, and this large number has already become very large. In the statistical analysis of the total energy consumption of social development, there are many types of electric energy, and the energy consumption of lighting lamps accounts for 16%. Therefore, the environmental protection and energy saving of lighting fixtures is very necessary. In the manufacturing industry, lighting fixtures have a long time and must be illuminated day and night. In addition to the manufacturing industry, other industrial production must also go to lighting fixtures, but the time is too long, the manufacturing industry is still continuing, the manufacturing industry is large-scale, long-term lighting fixtures, lighting equipment must also consider the necessary regulations, so lighting The energy consumption of lamps is considerable. Soon after the processing industry selected Suiguang Intelligent Technology Led three-proof lamps, the energy consumption was greatly reduced. Compared with ordinary fluorescent lamps, Led three-proof lamps can save about 65% of electricity consumption, and can be used for a long time. When Led three-proof lamps are environmentally friendly and energy-saving, the company's water and electricity bills can save a lot of assets in one year. The service life of Led three-proof lamps is longer than that of ordinary lamps, and the company can save light bulb maintenance costs. Therefore, Led three-proof lamps and lanterns have a prominent contribution to the green environmental protection industry.
In order to improve the service life of the driving power supply of Suiguang Intelligent Technology Led three-proof lamps and lanterns, it is necessary to select high-quality and long-life capacitors. This is a reasonable way to improve the service life of the driving power supply and reduce the amount of ripple current and operating frequency passing through the capacitor. The switching power supply driver has high efficiency and reduces the heat transfer coefficient of the components. Do a good job of moisture-proof and other safety protection measures, and pay special attention to the selection of thermal adhesives. The heat pipe heat dissipation design scheme is a subjective factor that endangers the service life of Led three-proof lamps and lanterns. Led three-proof lamps and lanterns with the same quality power supply chip have a large difference in service life in different design schemes, as high as tens of times of hg. Therefore, its heat pipe cooling system software plays a fundamental role in Led three-proof lighting fixtures.
Heat transfer heat pipe heat dissipation usually includes system software level heat pipe heat dissipation and package heat pipe heat dissipation, in order to reduce the temperature resistance of lighting fixtures, two heat pipe heat dissipation methods must be considered together. In the production and manufacture of Led light sources, the heat dissipation of the packaged heat pipe is based on the design scheme of the packaging product, packaging structure and technical level, and then exceeds the purpose of heat dissipation by the heat pipe. In the heat dissipation design scheme of the packaging heat pipe, the key is the current silicon-based flip-chip structure, metal material circuit board structure heat pipe heat dissipation, liquid crystal material, epoxy resin glue and other raw materials for heat dissipation. Independent innovation and improvement of heat pipe radiator. With the popularization of power LEDs, the output power of LED high bay light manufacturers is also increasing. At this stage, the key to heat dissipation of system software-level heat pipes is hot water cooling. Heat pipe heat dissipation and air-cooled mandatory heat pipe heat dissipation are important ways to improve the service life of Led industrial lighting fixtures. Therefore, it is necessary to deepen scientific research and independent innovation
