Industrialization of Nano Lithium Iron Phosphate Cathode Materials

The industrialization of nano-lithium iron phosphate anode materials has become a major issue in economic development with the increasingly prominent problems of energy shortages and environmental pollution. Therefore, energy materials have been included in the 'Outline of the National Medium and Long-term Science and Technology Development Plan (2006-2020)' and its priority development themes, becoming one of the key areas of my country's medium and long-term scientific and technological development. At the same time as materials, in order to cultivate and develop the energy industry, promote the industrialization and application of energy materials, and accelerate the new types of flat roads in my country's characteristic industries, the national five-year science and technology development plan, new materials and new energy vehicles are also listed as Seven countries cultivate and develop two of the strategic emerging industries. This requires research, concentration of strengths and strengths, enhancement of the core competitiveness of strategic emerging industries, and laying a solid foundation. New energy electric vehicles are of great significance to the upgrading of Beijing's automobile industry and the development of low-carbon economy. Power-type lithium ion secondary battery energy transfer and storage system, high efficiency energy and high power density, high energy conversion efficiency, environmental friendliness, long service life, high safety, and many other advantages. It is a secondary battery such as nickel-hydrogen battery. And upgraded products, which are powered by lithium batteries for new energy electric vehicles, which not only replace petroleum, reduce greenhouse gas emissions, but also store electricity and connect to the grid. It is a sunrise industry in developed countries and regions that are competing to develop. From a long-term and overall perspective, the lithium battery industry has good development prospects. At present, my country has promoted the development of new energy to the height of the national strategy, and it has become an inevitable trend to replace the traditional high-polluting, non-renewable energy with new energy. Lithium-ion power lithium-ion batteries have broad application prospects in electric vehicles, wind power generation, solar storage, and replacement of lead-acid backup power supply. As the lithium battery automobile market gradually increases, the use and consumption of lithium resources will increase geometrically. The development prospects and huge potential of the industrial chain. It is foreseeable that whoever takes the lead in developing the new lithium battery energy industry will win the initiative in future economic development. Mastering the preparation technology of lithium battery cathode materials with good electrochemical performance is the key technology for the development of new energy vehicles and green energy. As a new type of lithium battery, lithium iron phosphate represents the future development direction of the battery. Lithium iron phosphate is a negative electrode material for lithium batteries, which has the advantages of good safety performance, environmental protection, and long cycle life. In recent years, the world's research institutes and universities have focused on lithium iron phosphate materials. It is one of the leading companies in the industry. The countries and regions are mainly the United States, my country's mainland and Taiwan. Japan used to use lithium batteries (such as lithium cobalt oxide, Lithium manganate, 2 yuan / ternary composite material) is the world's leading research field and the field of lithium iron phosphate batteries is second only to the United States and my country. Since the development of lithium iron phosphate materials launched by Chinese companies in 2001, only a few multinational companies can achieve large-scale processing of lithium iron phosphate. Only Tianjin Strand domestic companies can batch processing, which is far from meeting the needs of my country's new energy electric vehicles in the future. The demand for lithium-ion power lithium-ion batteries can be seen in the study of lithium iron phosphate batteries. Whoever can master the key technology of material preparation can seize the domestic market. At present, in the processing of lithium iron phosphate anode materials, not only different raw materials are used, but the technical routes are inconsistent, indicating that the current lithium iron phosphate market is still immature, indicating that the entire industry is still in the best stage of competition from there, and stability And consistency is the focus of research and development at this stage. In the next stage, in the development process from good to cheap, the iron oxide composite route will become the mainstream development route. After all, the stability, plus two, and electrical characteristics are in line with the mainstream characteristics of the development of the power lithium-ion battery industry. Disclaimer: Some pictures and contents of articles published on this site are from the Internet. If there is any infringement, please contact to delete. Previous article: Why is lithium iron phosphate the safest battery?