Application advantages of Off grid energy storage LiFePO4 Battery in Energy Storage System

At present, the energy density of LiFePO4 Battery Energy Storage System can only reach 140Wh/Kg at most, even if the energy density of lithium iron phosphate and multi-composite lithium batteries is increasing, it can only reach 140-175Wh/kg at most. But for passenger cars with low cruising range requirements, the energy density of Off grid energy storage LiFePO4 Battery can meet their needs. At present, almost all the technical routes for supporting batteries in the passenger car field are lithium iron phosphate.

LiFePO4 Battery Energy Storage System

Generally speaking, the lithium iron phosphate battery used in the field of LiFePO4 Battery Energy Storage System generally requires more than 3500 cycles, that is, the life expectancy of the business for the energy storage iron lithium ion battery is more than 10 years. The cycle times of lithium iron phosphate batteries is much higher than that of lead-acid batteries and ternary batteries, and the cycle times can reach more than 7000 times. Moreover, the current price of lithium iron phosphate cells is about 0.6/Wh. With the sharp drop in the price of raw materials and technological progress, the cost performance of Off grid energy storage LiFePO4 Battery is getting higher and higher, and it is expected to become an important battery supply direction for energy storage in the future.

The energy density technology of Off grid energy storage LiFePO4 Battery has been greatly improved. With the change of the wind direction of the policy retreat, lithium iron phosphate is gradually favored by its own advantages of low cost, high safety and long life. With the rise of ternary, the pattern of iron and lithium decline may be broken, which is also a major change for the power lithium battery market. With the increasing demand for LiFePO4 Battery Energy Storage System, the future lithium iron phosphate battery market may be There will be a substantial increase.

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