The global issues of energy crisis and air pollution have offered a great opportunity to
develop electric vehicles. However, so far, cycle life of power battery, environment …

Thermal management system is of critical importance for a Li-ion battery pack, as high
performance and long battery pack life can be simultaneously achieved when operated …

For a typical air cooling thermal management system, the inlet and outlet of air flow on both
sides of the battery module would increase the temperature difference. In here, a novel …

The thermal behavior of the cylindrical battery was examined with composite paraffin and fin
structure through experimental measurements and benchmarking with other thermal …

Battery degradation strongly depends on temperature, and many plug-in electric vehicle
applications employ thermal management strategies to extend battery life. The effectiveness …

An improved electro-thermal model is proposed considering the dependency of parameters
not only on temperature and SoC (state of charge), but also on current rate. All the …

In electric vehicles, the performance of the power battery is closely related to its operating
temperature, which makes it necessary to develop an effective and compact thermal …

A two dimensional electrochemical thermal model is developed on the cross-plane of a
laminate stack plate pouch lithium ion battery to study the thermal performance of large …

Lithium battery is promising to power AGV vehicle. Given the inaccuracy of the state-of-
charge (SOC) estimation, a partnership for a new generation of vehicle (PNGV) battery …

Organic phase change materials (PCMs) have been of increasing interest in battery thermal
management due to their high latent heat and excellent cycling stability. This paper reports …