battery cycle

Battery aging is driven less by time and cycles than by stress. How temperature, SoC and charging behavior combine determines degradation speed—and small operational changes can dramatically improve longevity

What does State of Health actually measure, and who defines it? Exploring how BMS software, capacity buffers and degradation tracking shape the reported SoH, revealing the gap between technical battery condition and the available capacity

An examination of battery cell imbalance in lithium-ion systems, explaining how series-connected packs amplify small cell differences and how the BMS monitors voltages, enforces safety limits, and performs balancing

An examination of charging strategies for lithium-ion batteries, from depot to opportunity charging, highlighting CCCV behavior, power scaling limits, and chemistry-dependent effects

Five years ago, with insights from Claudius Jehle, CEO of volytica diagnostics GmbH, we launched “The Battery Cycle” series of articles, aiming to shedding light on the complexities of Li-Ion batteries.The series provided a huge amount of valuable insights for anyone involved in electric mobility.No...

Four years ago, with insights from Claudius Jehle, CEO of volytica diagnostics GmbH, we launched “The Battery Cycle” series of articles, aiming to shedding light on the complexities of Li-Ion batteries.The series provided a huge amount of valuable insights for anyone involved in electric mobility.No...