Optimal Charge Equalization Controller - Hoque, Md Murshadul;Hannan, M A;Ayob, Afida
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Electric vehicles (EV) contribute in part to solve the global environmental issues as alternative to the conventional internal combustion engine-based transportation. EV demands a compact drive train architecture with elevated energy storage system of high capacity and efficiency such as lithium-ion battery pack. However, lithium-ion battery needs protection from being undercharged or overcharged that causes rapid reduction of its life and efficiency. This book presents an optimal charge equalization controller (CEC) for monitoring and balancing the voltage levels of lithium-ion battery cells.…mehr

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Produktbeschreibung
Electric vehicles (EV) contribute in part to solve the global environmental issues as alternative to the conventional internal combustion engine-based transportation. EV demands a compact drive train architecture with elevated energy storage system of high capacity and efficiency such as lithium-ion battery pack. However, lithium-ion battery needs protection from being undercharged or overcharged that causes rapid reduction of its life and efficiency. This book presents an optimal charge equalization controller (CEC) for monitoring and balancing the voltage levels of lithium-ion battery cells. The proposed equalization algorithm processes the CEC operation for balancing both the overcharged and undercharged cells via a bidirectional flyback DC-DC converter. The equalization by charging and discharging employs CC-CV charge PI control and DCM discharge control techniques. The particle swarm optimization algorithm is applied to optimize the PI controller parameters for generating regulated PWM signal to the converter so that a high capacity lithium-ion battery charging is maintained.
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Autorenporträt
Md Murshadul Hoque é membro do corpo docente da Universidade de Chittagong, Bangladesh. Recebeu um Bacharelato pela Universidade de Engenharia e Tecnologia de Chittagong e um M.Sc. pela Universidade Nacional da Malásia. É investigador doutorado na Universidade de Monash. Os seus interesses de investigação incluem sistemas de energia e energia e redes inteligentes.