The wide application of renewable energy such as wind energy and solar energy has always been constrained by technical bottlenecks such as discontinuous power generation, instability, and difficulty in regulation. How to match the energy storage system that is compatible with it to ensure the stable output of electricity. A few days ago, the lead-carbon battery energy storage system jointly developed by researcher Li Xianfeng and Zhang Huamin of the Energy Storage Technology Research Department of Dalian Institute of Chemical Physics, Chinese Academy of Sciences and Baoding Fengfan Group Co., Ltd. was officially put into demonstration operation at the Dalian Institute of Chemical Physics, Chinese Academy of Sciences. Lead-carbon battery technology is a new type of electrochemical energy storage technology developed based on supercapacitor and lead-acid battery
technology. It has the advantages of high safety, low cost, high discharge power, etc., and can realize 100% battery recycling. The cycle environmental load is very low and the development potential is huge. The long-life lead-carbon energy storage application battery combined with the solar power generation system can effectively solve the storage problem of solar power generation. It is understood that the lead-carbon battery energy storage application demonstration system used this time mainly provides high-quality and stable lighting power for the surrounding street lights and landscape lights of the Energy Building 1 and Energy 2 Building of the Dalian Institute of Physics, Chinese Academy of Sciences, and its successful operation will This system has laid the foundation for engineering and industrialization. my country mostly adopts traditional power generation methods such as thermal power and coal power. With the depletion of resources and the deterioration of the environment, as well as the maturity of renewable and clean energy power generation technologies such as solar and wind energy, renewable clean energy is gradually upgraded from auxiliary energy to dominant energy. However, renewable energy power generation has shortcomings such as discontinuity, instability, and difficulty in regulation, and it is difficult to ensure a stable output of electricity. In December 2015, the Dalian Institute of Physics, Chinese Academy of Sciences and China Shipbuilding Industry Corporation Fengfan Co., Ltd. jointly established the 'Advanced Battery Technology Joint Ru0026D Center' to cooperate in the research and development of advanced lead-carbon battery industrialization technology. So far, lead-carbon battery sulfate has been solved. The key technical problem of energy storage is to increase the cycle life of lead-carbon batteries for photovoltaic energy storage systems to more than 4 times that of traditional lead-acid batteries, and complete the batch trial production of 12V/38Ah products on the production line. In terms of advanced energy storage lead-carbon batteries New materials and new product production technologies with independent intellectual property rights have been formed. On this basis, the Energy Storage Technology Research Department of Dalian Institute of Chemistry, Chinese Academy of Sciences has developed a number of new technologies and successfully developed lead-carbon long-life batteries, which provides a guarantee for the conversion of clean energy such as solar and wind energy into usable and output stable energy. .
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