Experimental Study on Thermal Runaway of High-capacity Lithium-ion Batteries with Different Anode Materials
In order to investigate the thermal runaway characteristics of the high-capacity lithium-ion batteries with different anode materials,experiment has been conducted on the thermal runaway of high-capacity 52 Ah lithium iron phosphate battery(LFP)and 53 Ah nickel-cobalt-manganese lithium-ion battery(NCM)with the same capacity and with different anode materials in different states of charge(SOC),and the macroscopic behaviors and characteristics of the two batteries are compared by examining the parameters such as thermal runaway behavior and thermal runaway characteristic parameter.As the experiment results indicate:the thermal runaway of NCM is more intense than that of LFP;greater SOC means NCM and LFP are more susceptible to thermal runaway and the thermal runaway is more intense;the thermal runaway of NCM is more sensitive to the change of SOC.
lithium-ion batterylithium iron phosphate batterynickel-cobalt-manganese lithium-ion batterythermal runawaystate of chargecharacteristic parametertemperature riseanode material
万方数据
维普
