Calorimetric Methods and Thermal Management of Lithium-ion batteries: A mini-review

Lithium-ion batteries can be employed in dissimilar applications, including grid integration, electric vehicles, grid support, and consumer electronics. Lithium-ion batteries are one of the most important tools for storing electrical energy. These tools are important because of their widespread use in industry. Therefore, modelling lithium-ion batteries and examining their temperature distribution and heat transfer is very important mostly for safety concerns. Therefore, the study of battery heat transfer helps designers to propose and develop a suitable cooling system. Different sources including overpotential contribute to heat generation. Different understandings were achieved from the previous modelling and experimental studies which involve the necessity for more accurate heat generation measurements of lithium-ion batteries, and improved modelling of the heat generation specifically comprehended at big discharge and charge rates for different applications including electric vehicles.