With the increasing popularity of electric vehicles, there is a growing need for efficient and
reliable thermal management systems to regulate the temperatures of lithium-ion batteries …

There is temperature unevenness inside the operating battery, and the internal temperature
distribution of the battery has gradually attracted attention. To establish a thermal model of …

The exact determination of input parameters for battery modeling has not yet been fully
explored. Due to insufficient information about measurements under parametric influence in …

The temperature significantly affects the performance and safety of the battery. Therefore,
this paper presents a novel framework for the estimation of the battery temperature based on …

The state of charge (SoC) dependent voltage and entropy of two lithium-ion battery cells with
silicon–graphite blended anodes consisting of different material composition, were analysed …

The rapid expansion of the global battery market, fueled by the rise of electric vehicles and
energy storage systems, necessitates efficient battery recycling and repurposing to foster a …

Entropy measurement at various states of charge (SOC) is a potential non-destructive tool
for characterizing lithium-ion batteries; however, traditional potentiometric methods are time …

The entropy coefficient of a battery cell is the property that governs the amount of reversible
heat that is generated during operation. In this work, we propose an extension of the Multi …

Lithium-ion batteries generate heat, degrading faster and becoming unsafe at high
temperature. Yet many battery models do not consider the contribution of reversible, entropic …

Accurate measurements of the entropic coefficient of lithium-ion batteries (LIBs) are
essential for optimizing the battery thermal management systems, which are usually …