Effective selection switching of battery state of charge equalization based on fuzzy logic algorithm

State of Charge (SOC) equalization is an essential function in the battery management system (BMS), especially for a large number of series-connected battery packs. Unbalance SOC distribution in the battery pack may lead to a residual capacity reduction or even dangerous events caused by the weakest...

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Hauptverfasser:	Wijaya, Trendy Prima, Widayaksa, Adhita Reztin, Haq, Irsyad Nashirul, Pradipta, Justin, Leksono, Edi
Format:	Tagungsbericht
Sprache:	eng
Schlagworte:	Algorithms Batteries Effectiveness Electric charge Energy transfer Equalization Fuzzy logic Lithium State of charge Switching
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creator	Wijaya, Trendy Prima Widayaksa, Adhita Reztin Haq, Irsyad Nashirul Pradipta, Justin Leksono, Edi
description	State of Charge (SOC) equalization is an essential function in the battery management system (BMS), especially for a large number of series-connected battery packs. Unbalance SOC distribution in the battery pack may lead to a residual capacity reduction or even dangerous events caused by the weakest cells in a series-connected battery pack. In this work, a new proposed fuzzy-based algorithm is presented as an alternative solution to achieve effective energy transfer for direct pack-to-cell of 15 series-connected Lithium pack to be used on-grid application. The work uses simulation approaches with real-world parameters for system models. The proposed fuzzy-logic-based algorithm (FBA) has been designed and compared to the conventional voltage-based algorithm (VBA) and conventional SOC-based algorithm (SBA). The FBA is capable to improves the effectiveness, speed, and efficiency compared to VBA and SBA. Among those three performances, the switching effectiveness of selective equalization is significantly advanced by the FBA.
doi_str_mv	10.1063/5.0122390
format	Conference Proceeding
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Unbalance SOC distribution in the battery pack may lead to a residual capacity reduction or even dangerous events caused by the weakest cells in a series-connected battery pack. In this work, a new proposed fuzzy-based algorithm is presented as an alternative solution to achieve effective energy transfer for direct pack-to-cell of 15 series-connected Lithium pack to be used on-grid application. The work uses simulation approaches with real-world parameters for system models. The proposed fuzzy-logic-based algorithm (FBA) has been designed and compared to the conventional voltage-based algorithm (VBA) and conventional SOC-based algorithm (SBA). The FBA is capable to improves the effectiveness, speed, and efficiency compared to VBA and SBA. 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source	AIP Journals Complete
subjects	Algorithms Batteries Effectiveness Electric charge Energy transfer Equalization Fuzzy logic Lithium State of charge Switching
title	Effective selection switching of battery state of charge equalization based on fuzzy logic algorithm
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