1, lithium iron phosphate battery key by the cathode material lithium iron phosphate LiFeCoPO4 olivine structure made of lithium iron phosphate battery is a lithium metal material or lithium alloy as the battery cathode material, the choice of non-aqueous solution of acid and alkaline rechargeable batteries; and ordinary lithium-ion batteries are important by the lithium manganese acid battery battery cathode material made of spinel manganese acid lithium ion battery LiMn2O4 is Hunter in 1981 for the first time in the manufacture of three-dimensional lithium-ion battery cathode material with a safe channel. However, along with the development trend of lithium-ion battery battery cathode materials, it is likely that a large number of high-quality battery cathode materials to replace the current stage of raw materials, but no matter what the safety of lithium-ion battery materials used is critical.
2, lithium iron phosphate battery and lithium-ion battery working voltage difference: lithium iron phosphate battery service platform specification working voltage, filled with electricity, lithium iron phosphate battery lithium cell charge and discharge cut-off voltage; general lithium-ion battery service platform working voltage, filled with electricity, lithium cell charge and discharge cut-off voltage, in comparison, lithium-ion battery working voltage higher than the power lithium-ion battery; lithium iron phosphate Lithium battery resistance to overcharge and overdischarge, a short period of time after a loss of power to 0 can be repaired above 80%; lithium-ion batteries too much charge and discharge when irreversible damage will occur.
3, lithium iron phosphate batteries do not poke fire does not explode, general lithium-ion batteries will explode when poked.
4, lithium iron phosphate battery overcharge into 100% is not prone to explosion; general lithium-ion batteries to do the standard value will release vapor surging.
5, lithium iron phosphate batteries and lithium-ion battery charge and discharge characteristics of the difference: lithium iron phosphate batteries can be applied to a sustained 30C charge and discharge rate, no safety risks. Some lithium iron phosphate rechargeable batteries can do 600A instantaneous current, while the general lithium-ion battery all normal conditions applicable 3C charge and discharge speed, will lead to rechargeable batteries fraudulent death.
6, lithium iron phosphate batteries and lithium-ion batteries net weight difference: the same volume of lithium iron phosphate power lithium-ion batteries net weight is basically two times the general lithium-ion batteries.
7, lithium iron phosphate battery and lithium-ion battery resistance differences: the same volume of lithium iron phosphate battery resistance than the general lithium-ion battery is much smaller.
8, lithium iron phosphate and lithium-ion battery volume differences: the same volume of lithium iron phosphate battery volume is less than the general lithium-ion battery, that is, lithium iron phosphate cathode material made of rechargeable batteries than the general lithium-ion battery 60% lower energy.
9, lithium iron phosphate batteries and lithium-ion battery price difference: lithium iron phosphate battery price is 50% more expensive than the general lithium-ion battery.
10, lithium iron phosphate batteries and lithium-ion batteries in the work of the temperature difference: lithium iron phosphate battery operating temperature than lithium-ion batteries, while the lithium-ion battery operating temperature than lithium-ion batteries is 6 degrees lower.
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