Application value of lithium iron phosphate battery energy storage technology

　　Lithium iron phosphate battery energy storage system can be used as a buffer between various power sources and stable power demand. The wind power system software generates power oscillations due to changes in wind power generation. The energy storage system can display the reliability and reactive power compensation of the wind turbine based on the characteristics of the wind turbine's fast response time and the same charging cycle. In addition, in the off-grid power generation system software, the energy storage system can automatically adjust the operating voltage and control the system frequency.

　　Lithium iron phosphate battery energy storage system can be used to save investment in large-scale equipment project power grid system software; improve the utilization rate of power grid equipment, reduce operating risks, prevent a large number of one-time project investment and equipment utilization rate is very low, investment projects are more necessary, More critical locations; reduce application costs for end users.

　　Among the energy storage technologies in China, water pump energy storage technology occupies more than nine layers, but in recent years, the photoelectric catalytic energy storage technology has been increasing. The 5g investment of the three major operators this year has doubled compared with this year. China Mobile’s capital expenditure this year is estimated at 179.8 billion yuan, of which 5g financing plans are about 100 billion yuan, and this year’s 24 billion yuan, five times that of around 2020. With the explosive construction of 5g base stations, the demand for lithium phosphate rechargeable batteries may increase substantially.

　　How to look at the return of power iron-lithium batteries?

　　As the price of various raw materials for lithium-iron batteries drops sharply, the cost-effectiveness of lithium-iron batteries is getting higher and higher. For large-scale production, the raw material cost of lithium phosphate battery rechargeable batteries is lower than RMB/day price, and some companies can even guarantee a better level. This is also why the popular company has been brave enough to convert this year's RMB to RMB lithium iron touch group price. As far as the 20% gap is concerned, it is no wonder that automobile companies have begun to adopt lithium phosphate rechargeable batteries.

　　Under the initial trend of the development of new energy vehicles, in order to change the shortcomings of low durability, manufacturers have just begun to develop more energy-efficient rechargeable batteries to obtain longer durability. Therefore, lithium-ion batteries with large capacity and high energy ratio have become the most commonly used rechargeable batteries for new energy vehicles.

　　Lithium phosphate rechargeable batteries are often weakened by the market due to their low specific energy, resulting in insufficient durability. For a long time, the sales market of power lithium batteries has been the core of ternary lithium batteries. Now, with the emergence of scalpel rechargeable batteries, it will definitely get rid of the currently distributed power lithium battery sales market and enter a new upgrade. The lithium phosphate rechargeable battery, which puts the rechargeable battery on the cutter head, makes the eyes of many customers return to the human body, and its advantages of high durability and more safety factor will promote the new ventilation of the power lithium battery.

　　Lithium iron phosphate battery charging technology has been greatly improved. With the changes in current policy wind frequency, lithium iron phosphate batteries are gradually being favored for their low cost, high safety factor, and long service life. With the rise of the three elements, the distribution of lithium iron will be eased, which is also a major change in the sales market of electric lithium batteries.