battery powered vehicles; control system synthesis; decentralised control; distributed control; distributed power generation; energy storage; frequency control; fuzzy control; load flow; power grids; power supply quality; ESS capacity; EV; FLC design; SOC; V2G application; battery capacity; controllable storage unit; decentralized fuzzy controller; distributed fuzzy logic control design; electric vehicles; energy storage system capacity; frequency regulation; load disturbances; microgrid; mobile unit; network normal condition; power flow; power grids; power networks; power quality; power shortage; regulation demand; state of charge; transient conditions; vehicle battery; vehicle to grid; Batteries; Discharges (electric); Frequency control; Load flow; Load modeling; System-on-chip; Vehicles; Generalized Load Frequency Control; Power quality; SOC; V2G; frequency regulation; fuzzy logic control; microgrid;
机译:间隔Type-2模糊PID控制器应用修改平衡优化算法AC Island Microgrid频率调节
机译:基于能量存储的微电网频率调节的2型分数阶模糊PID控制器的设计,分析和实时验证
机译:分散V2G控制与基于共识的SoC同步的频率调节
机译:使用分散模糊控制器在微电网中频率调节的V2G应用
机译:使用微电网频率控制器(MGFC)增强微电网动态频率稳定性。
机译:使用PD-FIZZY-P和GA-PID控制器对全向轮椅跟踪误差消除的分散运动控制
机译:并行PI / CDM频率控制器支持V2G微电网计划