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An Optimal of Coordinated Operation Algorithm of an Integrated Charger-equalizer System for SOC Adjustment System

An Optimal of Coordinated Operation Algorithm of an Integrated Charger-equalizer System for SOC Adjustment System QllEX

The inconsistency between the battery cells can cause the over-charging and over-discharging issue to the series string. Among various balancing techniques, the converter-based methods prevail over the others due to the advantages of speed and efficiency in a large-scale application. However, the conventional control strategies are non-optimized enough to be applied to the embedded system. This paper proposes an optimal coordinated operation algorithm for a bidirectional equalizer-integrated charger that can be embedded into the BMS hardware. The charger-transfer algorithm can coordinate the charging/discharging process with the equalizing process. The proposed charger-transfer algorithm is verified by PSIM for 20 series-connected battery cells. The simulation results show a high equalization performance with an optimal operating time, compared to the conventional methods. Therefore, the charger-transfer algorithm can be applied for a large number of series connections by a single embedded system-based BMS.

The inconsistency between the battery cells can cause the over-charging and over-discharging issue to the series string. Among various balancing techniques, the converter-based methods prevail over the others due to the advantages of speed and efficiency in a large-scale application. However
, the conventional control strategies are non-optimized This phrase/word is too simple and can be replaced with:abundance
enough
 to be applied
 to the embedded system. This paper proposes an optimal coordinated operation You use this word too often, consider replacing it withbreakthroughdesignresultinnovationfindingdata
algorithm
 for a bidirectional equalizer-integrated charger that can be embedded
 into the BMS hardware. The charger-transfer You use this word too often, consider replacing it withbreakthroughdesignresultinnovationfindingdata
algorithm
 can coordinate the charging/discharging process with the equalizing process. The proposed charger-transfer You use this word too often, consider replacing it withbreakthroughdesignresultinnovationfindingdata
algorithm
is verified
 by Possible spelling mistake found.PsiPSMPrimPIMPSIGSIM
PSIM
 for 20 series-connected battery cells. Three successive sentences begin with the same word. Consider rewording the sentence or use a thesaurus to find a synonym.
The
 simulation results This phrase/word (depending on the context) can be potentially replaced with :demonstrateportrayindicatedisplay
show
 a high equalization performance with an optimal operating time, compared to the conventional methods. Therefore
, the charger-transfer You use this word too often, consider replacing it withbreakthroughdesignresultinnovationfindingdata
algorithm
 can be applied
 for Specify a number, remove phrase, or simply use "many" or "numerous"manynumerous
a large number of
 series connections by a single embedded system-based BMS. 