In a reconfigurable battery pack, the connections among cells can be changed during
operation to form different configurations. This can lead a battery, a passive two-terminal …

A quantitative model-based comparison of ten active balancing circuits is presented for
equalizing imbalanced cell energies of lithium-ion batteries. A mean current model …

High-voltage battery packs consist of series-connected lithium-ion cells and require
sophisticated battery management systems (BMSs) to maintain safe operating conditions …

Short drive range due to limited battery capacity and high battery depreciation costs persist
to be the main deterrents to the wide adoption of Electric Vehicles (EVs). High power battery …

For the smooth integration of renewable and volatile energy sources in the electricity grid,
there is a need for scalable and efficient storage systems. Stationary battery systems provide …

Recently, Electric Vehicles (EVs) are becoming more widespread. However, their mass
adoption is hindered by the limited capacity of their Energy Storage System (ESS) …

Active cell balancing is the process of equalizing the State-of-Charge (SoC) of all cells in a
series-connected battery pack via charge transfers. While several balancing architectures …

Electrification calls for a range of system components, that need to be developed and tested.
Execution of tests on real batteries is typically time-and costintense, and includes …

During the last decade Electric Vehicles (EVs) surged in popularity. However, their mass
adoption is slowed by the limited capacity of their Energy Storage System (ESS). Lithium Ion …

Due to manufacturing variabilities and temperature gradients within an electric vehicle's
battery pack, the capacities of cells in it decrease differently over time. This reduces the …