@INPROCEEDINGS{Muenzel2013TENCON,
  author={Muenzel, V. and Brazil, M. and Mareels, I. and de Hoog, J. and Thomas, D.A.},
  booktitle={TENCON Spring Conference, 2013 IEEE},
  title={Modeling reversible self-discharge in series-connected Li-ion battery cells},
  year={2013},
  month={April},
  pages={470-474},
  keywords={battery management systems;battery powered vehicles;hybrid electric vehicles;lithium;secondary cells;Li;battery pack manufacturers;cell ageing;cell voltage imbalances;large battery systems;malfunction-typical operating temperature;maximum cell voltage divergence;maximum voltage divergence;optimal design;plug-in hybrid electric vehicles;pure electric vehicles;reversible self-discharge;series-connected Li-ion battery cells;string capacity;temperature 4 degC;temperature-dependent reversible self-discharge processes;three-cell string;voltage imbalances;Batteries;Discharges (electric);Integrated circuit modeling;Mathematical model;Springs;Standards;System-on-chip;Balancing Systems;Battery Management System (BMS);Cell Imbalance;Lithium-ion (Li-ion) Battery;Self-Discharge},
  doi={10.1109/TENCONSpring.2013.6584489},
}