BSOC:电池充电状态
“电池充电状态”(Battery State of Charge)通常缩写为BSOC,这一简称便于快速书写和应用。BSOC作为评估电池剩余电量的关键参数,广泛应用于能源管理、电动汽车及电子设备等多个领域,用以反映电池的实时储能水平,对系统运行和维护具有重要参考价值。
Battery State of Charge具体释义
Battery State of Charge的英文发音
例句
- The problems discussed here include load leveling of fuel cell vehicles, battery state of charge closed loop control, and prediction control of power output of fuel cell engine, as well as regenerative braking control strategy.
- 讨论了燃料电池汽车的动力总成负载均衡、动力蓄电池充电态闭环控制、燃料电池发动机功率的预测调节,以及电机回馈制动控制策略等问题;
- Fuzzy rules for different drive cycles are designed separately. Vehicle require torque and battery state of charge ( SOC ) are the input variables of the energy management fuzzy controller, request engine output torque is the output variable of the energy management fuzzy controller.
- 针对不同的循环工况,分别制定了模糊规则,能量管理模糊控制器的输入变量为车辆请求转矩和电池的荷电状态(SOC),输出变量为请求发动机输出转矩。
- Study on estimating method for battery state of charge based on support vector regression
- 基于支持向量回归的电池SOC估计方法研究
- The weakened battery with its limited storage capacity and ability to give and receive charge adversely affects the battery's State of Charge ( SOC ).
- 虚弱的电池以其有限的存储容量和能力去给予和接受电荷产生不良影响的电池的状态(SOC)负责。
- A generalized growing and pruning radial based function ( RBF ) neural network approach is used to estimate the battery's state of charge of the electric vehicles.
- 结合电池容量估计问题,将广义生长剪枝径向基函数神经网络方法用于判断电动车蓄电池的荷电状态。
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