首页|Thermal and electrical characterization of an electric vehicle battery cell, an experimental investigation
Thermal and electrical characterization of an electric vehicle battery cell, an experimental investigation
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NSTL
Elsevier
This paper documents the experimental characterization of a Li-ion battery cell during charging/discharging cyclic operations. The study of the battery cell is conducted in the absence of cooling aid system, and provides thermal and electrical insights. After describing the experimental set-up, the changes in temperature are pre-sented and highlight the nonuniform distribution of the temperature on the battery cell surface. The findings indicate that the maximum temperature difference on the investigated battery cell surface may reach up to 11 C at 3C and 17 degrees C at 5C, at the end of the discharge in the natural convection case. These changes in space come with temporal variations that are also documented. Voltage curves are provided during charging and discharging operations. The impact of the discharge rate, ambient temperature are then investigated together with the ca-pacity fade after 500 cycles, and results showed that ventilation and low ambient temperatures allow to alleviate the battery capacity fade by 3%.
Electric vehicleLi -ion batteriesThermal characteristicsCapacity fadeExperimental resultsLITHIUM-ION BATTERIESDEGRADATIONLIFEHEAT
NSTL
Elsevier
