In order to promote energy conservation, environmental protection and low carbon emissions, the Shandong Provincial Economic and Information Technology Commission and the Shandong Provincial Government Energy Conservation Office have recently accelerated the development of efficient lighting industry, stipulating that high-efficiency lighting products must be used for the installation of lighting source products in new public buildings. The use shall not be accepted.
In recent years, under the global situation of coping with energy shortage and climate warming, high-efficiency lighting products have gradually become new products to replace traditional lighting due to energy saving and low carbon, and will lead the development direction of the future lighting industry.
Shandong Province has clarified that it will increase investment in investment and guidance, actively strive for national policies and financial support, and promote the transformation of incandescent lamp production enterprises; increase government procurement efforts, and adopt high-efficiency lighting products certified by energy-saving products to be timely incorporated into government procurement lists to expand efficiency. Lighting products market sales.
In order to improve the penetration rate of high-efficiency lighting products, Shandong Province requires that government agencies take the lead in using high-efficiency lighting products in office buildings and residential buildings. Promote the use of efficient lighting products in public places such as hotels, shopping malls, hospitals, and schools.
Lithium-boron alloy is a composite material composed of a brittle Li7B6 matrix phase with a porous structure and a ductile Li filling phase. The density is 0.88±0.04g/cm3. The appearance is silver-white metal. It is extremely unstable. It is easily deteriorated when exposed to air and reacts with water. severe. Lithium-boron alloy is mainly used as anode material for lithium-based thermal batteries. It has outstanding advantages such as high specific energy, high specific power and low polarization, electrochemical potential similar to that of pure lithium, and solid state above 600℃. It is a new type of lithium-based thermal battery. The excellent negative electrode material. Compared with the currently widely used Lithium-Silicon Alloy, the unit cell assembled with the lithium-boron alloy as the negative electrode material has better performance in both the highest voltage and the discharge working time.
Shandong Huachuang Times Optoelectronics Technology Co., Ltd. , https://www.dadncell.com