What is the ternary lithium battery?solar energy storage system battery pack lithium

　　Lithium ion battery is a chemical battery that uses lithium as negative active substances. The standard electrode potential of the lithium is the most negative, the proportion of the metal is the lightest, and the reaction is the highest. Therefore, the electromotive force and energy of the lithium battery are very high. It is an important high -energy battery.

　　Anti -active substances of lithium batteries Aeroxide, sulfide, halogen, halogen, oxygenate and other inorganic electrode materials such as manganese dioxide, sulfur dioxide, copper sulfide, silver -chromate, polyfluoride carbon, sulfate chlorine, sulfurization, sulfurization, and sulfurlin, sulfurization, sulfurization, sulfurlin, and sulfurizer, sulfurization, sulfurolchromic, and sulfur. Iodine, etc.; Electronic conductive polymers can be used as positive electrode materials, such as polyetlene, polypyle, polybado, polykazole, etc., also known as polymer batteries.

　　The electrolyte of lithium batteries is non -aquatic solution, solid and melting salt. Non-water-soluble electrolyte consists of organic solvents or non-water inorganic solvents to add inorganic salts. The organic solvents used are carbonate, dioprobidamide, acetylene, γ-butthite, etc. Sulfur dioxide and so on. Inorganic salts include lithium hyperchloride, aluminum chloride lithium, lithium fluorine, lithium bromide, etc.

　　Because lithium and water contact immediately responded fiercely, not only did the electrolyte cannot be used in the water solution, but also all materials and components needed to be tightly dehydrated and were reliably sealed. Lithium -ion batteries, as a energy storage device that integrates high energy density and high voltage, has been widely used in areas such as mobile and radio equipment, electric tools, hybrid power and electric transportation.

　　The ternary polymer lithium battery refers to the lithium battery that uses the ternary ivory material of lithium nickel cobalt manganese or lithium nickel cobalt aluminate. There are many types of positive electrode materials for lithium -ion batteries, mainly lithium cobaltate, lithium manganate, and lithium manganate, and lithium manganate, and lithium manganate, and lithium manganate, and lithium manganate, and lithium manganate, and lithium manganate. Lithium nickel, ternary materials, lithium iron phosphate, etc. Among them, lithium iron phosphate is a battery charging and discharge cycle for the positive electrode material, but its disadvantage is that there is a large gap between energy density, high and low temperature performance, charging and discharge multipliers, and the production cost is high. Encountered the bottleneck of development;

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