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This study investigates an energy harvesting strategy based on cell reconfiguration method, extendable to battery pack and blocks. The reconfiguration algorithm as validated through simulation, with results demonstrating improvements in output voltage and extended usage time. We conducted the tests on 24 cells with MATLAB Simulink for proof of concept purposes, on 8 and 4 cells, conducted the experiment on 4 cells for validation and comparison with simulation results. The results showed an increase use time by 12min, and a low power need from the energy harvester of 4.79% of total available power.

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A Novel Energy Harvesting Strategy for Battery Management Systems

  • 会议论文

  • 发表日期：

    2025年

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  • Sohaib Bouzaid,
  • El Mehdi Laadissi,
  • Meriem Mossaddek,
  • Abdessamad El Ballouti

摘要

This study investigates an energy harvesting strategy based on cell reconfiguration method, extendable to battery pack and blocks. The reconfiguration algorithm as validated through simulation, with results demonstrating improvements in output voltage and extended usage time. We conducted the tests on 24 cells with MATLAB Simulink for proof of concept purposes, on 8 and 4 cells, conducted the experiment on 4 cells for validation and comparison with simulation results. The results showed an increase use time by 12min, and a low power need from the energy harvester of 4.79% of total available power.