@phdthesis{ffc727d0801d44ebbdff9722110c0399,
title = "Improvement of the lifetime of electric energy storage systems by optimizing the connected modular power converters",
keywords = "Balancing circuit, Balancing strategy, Charging supercapacitors, DC-DC power converter, Power control, Supercapacitors, State of health (SoH), State of charge (SoC)",
author = "Pe{\~n}a, {Robert Alfie S.}",
note = "Initial conditions and characteristics affect the operational performance of energy storage devices such as supercapacitors resulting in unbalanced aging. Conventional systems rely on balancing voltages or states of charge (SoC). In this work however, states of health (SoH) are used instead. Modular power converters are employed to interface supercapacitors and are controlled to age them at the same rate.",
year = "2022",
month = sep,
day = "22",
language = "American English",
school = "Amp{\`e}re Laboratory - CNRS UMR5005",
}