To ensure the safety, performance, and warranty of electric vehicles, it is crucial to monitor
the evolution of the state of health of lithium-ion batteries. Estimators for the state of health …

Practical lithium-ion battery systems require parallelisation of tens to hundreds of cells,
however understanding of how pack-level thermal gradients influence lifetime performance …

Although lithium plating is one of the most-investigated degradation mechanisms occurring
in lithium-ion batteries, many degradation studies still view inhomogeneous lithium plating …

Parallel string performance imbalances are unavoidable due to manufacturing-related cell-
to-cell inhomogeneities (eg capacity, internal resistance), suboptimal pack and cooling …

Due to the broad use of parallel-connected cells across multiple applications, it is essential
to understand the current distribution between them. Variations in resistance, temperature …

Herein, a comprehensive experimental studies on the interdependence of temperature and
current distribution in lithium‐ion batteries is presented. Initially, a method for measuring the …

As commercial batteries and battery packs become larger and larger, one topic that is
gaining interest is that of cell-to-cell variations and inhomogeneities. In this theoretical study …

Automotive batteries contain a high number of parallel-and serial-connected cells to fulfill
the energy and power requirements of electric vehicles. Due to current, State of Charge …

To satisfy energy and power requirements of electric vehicles, traction batteries contain a
high number of parallel-as well as serial-connected lithium-ion cells. Due to cell …

In this article the influence of Cell to Cell Variances (CtCV) and the thermal design of the
battery on electrical and thermal cell imbalances are experimentally investigated for different …