Experimental data of three lithium-ion batteries under galvanostatic discharge tests at different rates and temperatures of operation

Published: 3 March 2021| Version 3 | DOI: 10.17632/68jkb7x6t4.3


Hardware: • Arbin Instruments LBT21024 and Arbin measurement system; • IncuMax IC-500R thermal chamber Arbin Instruments LBT21024; • T-type thermocouple sensor, Omega. Software: • MITS Pro software and Data Watcher. The Arbin system supplies the user-defined current to the battery and measures voltage and surface temperature responses. Once the battery is fully charged (after the CC-CV protocol), a galvanostatic discharge profile is applied until the voltage cutoff limit is reached (2.5V for NCA and NMC, 2V for LFP chemistry). The type-T thermocouples are placed at the center location and measure the battery skin temperature. The ambient temperature is controlled by the user via the thermal chamber.



Stanford University


Lithium Battery, Battery Types, Lithium Batteries Performance