The unveiling ceremony of Jingfeng-Northern Advanced Energy-saving Technology R&D Center and Beijing-Beijing Science and Technology Innovation Laboratory jointly organized by Beijing University of Chemical Technology and Jiyuan Jingfeng Science and Technology Co., Ltd. of Henan Province was held on June 7 in North China Chemical Industry University. R&D centers and innovation laboratories will focus on the development and industrialization of LED (Light Emitting Diode) lighting energy-saving new material processing equipment.
Wu Daming, Institute of Plastics Machinery and Plastic Engineering of Beijing University of Chemical Technology, introduced that a series of LED high-efficiency light distribution materials and efficient heat-dissipation systems developed by the Institute of Plastics Machinery and Plastics Engineering will soon enter the stage of large-scale production and will be used in China's LED industry. Extensive application plays a positive role in promoting. LED is the mainstream green lighting source in the future, saving more than 40% energy than traditional lighting. According to statistics, in 2010, China’s lighting electricity consumption accounts for about 20% of total electricity consumption, which is approximately 800 billion kilowatt-hours. If 50% of the lighting uses LED lamps, it can save 160 billion kilowatt-hours of electricity each year, equivalent to two. Annual power generation of the Three Gorges Power Station.
Wu Daming pointed out that as an energy-saving lighting source, the two major technical bottlenecks in current LED light sources are glare and heat dissipation. In recent years, Beijing University of Chemical Technology has done a lot of basic work in plastic molding technology, energy saving and consumption reduction, and has made gratifying achievements. Among them, the polymer precision molding technology characterized by precision, high speed, and high efficiency won the second prize of 2011 national scientific and technological progress. Concerning the bottleneck problems such as glare and heat dissipation that restrict the next generation of high-efficiency energy-saving LED lighting technology, Beijing University of Chemical Industry has researched and developed a series of key manufacturing technologies and successfully developed polymer microstructure-based manufacturing technologies and precision manufacturing technologies with independent intellectual property rights. New high efficiency light distribution material and efficient heat dissipation material.
Chen Jiashan, chairman of Jiyuan Jingfeng Technology Co., Ltd., said that Jingfeng Science and Technology Co., Ltd. has now completed all the tasks for the production of LED lighting fixtures, microstructured light distribution materials, and micro-structured heat-dissipating components. The company plans to invest 2 billion yuan within three years to build a production base with an annual output of 100,000 thermostatic air conditioners, one million sets of LED lighting fixtures, one million square meters of LED microstructure light distribution materials, and 500,000 sets of micro-structured high-efficiency heat-dissipating components.
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