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Review of Optimization of Charge on VRLA Battery and Lithium Ion Battery Operated Bike

机译:VRLA电池和锂离子电池供电自行车充电优化综述

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Electric vehicles (EV) and Hybrid Electric Vehicles (HEV) contribute to substantially decrease the carbon footprint of the present means of transport. Battery is a critical component in every EV topology. The reliable and safe operation of a battery requires the presence of an independent controlling platform which is often referred to as Battery Management System (BMS). The state monitoring and charge optimization functionalities are to be incorporated in the BMS, to ensure the safety and reliability of the energy source which is battery. Due to the irregular operating parameters of the battery the overall system may be jeopardized. The paper herein offers a review to the up-to-date technologies on Battery Management System observing the State Evaluation of the battery including state of charge (SOC), State of Health (SOH), Depth of Discharge (DOD) and State of Life of the battery.
机译:电动车辆(EV)和混合动力电动车辆(HEV)有助于显着降低当前运输工具的碳足迹。电池是每个EV拓扑中的关键组件。电池的可靠和安全操作需要存在独立的控制平台,该平台通常被称为电池管理系统(BMS)。国家监测和电荷优化功能将在BMS中纳入,以确保电池的能源的安全性和可靠性。由于电池的不规则操作参数,整个系统可能被危及。本文对电池管理系统的最新技术提供了审查,观察包括电池的状态评估,包括充电状态(SOC),健康状况(SOH),放电深度(DOD)和生命状态电池。

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