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Lithium iron phosphate battery refers to a lithium-ion battery that uses lithium iron phosphate as the positive electrode material. Triple lithium battery, also known as ternary polymer lithium battery, refers to a lithium battery with a positive electrode material of lithium nickel cobalt manganese oxide (Li (NiCoMn) O2) or lithium nickel cobalt aluminum oxide. The ternary composite positive electrode material is made of nickel salt, cobalt salt, and manganese salt as raw materials, and the proportion of nickel cobalt manganese inside can be adjusted according to actual needs.
From the perspective of molecular structure:The molecular structure of lithium iron phosphate batteries is olivine structure, so their structure is more stable. Cobalt element is more active in ternary lithium batteries, so their thermal stability is poorFrom a security perspective:The thermal stability of lithium iron phosphate cathode material itself is much better than that of ternary lithium. It has extremely high stability within 600 degrees Celsius, and thermal runaway only occurs when it exceeds 800 degrees Celsius. In addition, even if thermal runaway occurs, the heat release of lithium iron phosphate batteries is very slow, and oxygen is not released during decomposition, reducing the risk of fire.
In contrast, ternary lithium batteries begin to dissolve at around 180 degrees CelsiusFrom the perspective of the number of cycles:The cycle times of ternary polymer lithium batteries are 600-700 times, while the cycle times of lithium iron phosphate batteries are over 2000 timesFrom the perspective of high and low temperature performance:Ternary polymer lithium batteries have good low-temperature performance but poor high-temperature performance, while lithium iron phosphate batteries have good high-temperature performance but average low-temperature performanceEveryone can choose the appropriate battery according to their own needsHaibo Electric HB-LiFePO4 industrial lithium iron phosphate battery pack is a professional and series product launched to meet the special needs and application characteristics of industrial enterprises.
Mainly used in industrial power backup batteries, industrial special batteries, industrial energy storage and other fields, it can meet the application scenarios of high voltage levels and large capacity.
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Advantages of HB-LiFePO4 industrial lithium iron phosphate battery pack products:
(1) High energy density, small size, light weight, effectively reducing installation space.
(2) Long service life, 15 years of ultra long service life, high investment return rate, effectively reducing investment throughout the entire life cycle.
(3) Active safety strategy, from battery cell selection, BMS safety management, thermal control, PACK process, fire warning, and fire linkage, strives to create a safe and reliable battery system.
(4) Lithium iron phosphate batteries do not contain heavy metals and acids, nor do they contain any harmful elements to human health and the environment. They comply with EU ROHS regulations and are environmentally friendly.
(5) Good temperature characteristics, able to adapt to -20° C-55° C has a wide temperature range, saving the operating cost of the battery.
(6) Superior charging and discharging performance can meet the different needs of customers for charging and discharging rates. Special application scenarios (high rate discharge) can achieve battery pack capacity reduction and save battery investment.
(7) No memory effect, truly maintenance free, effectively reducing maintenance costs.
(8) Yes; Heart; Yes; Brain;, Truly achieve intelligent management.
(9) Customized services can provide customized solutions according to the needs of customers with different voltage levels and capacities.(10) Lead acid batteries can be directly replaced, with the same usage and wiring as conventional lead-acid batteries, and can be seamlessly connected to the original power system.
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