asynchronous generators; boundary-elements methods; hydrodynamics; machine vector control; marine power systems; maximum power point trackers; oscillations; power convertors; GNG-based MPPT; back-to-back power converter; boundary element method; field oriented control; growing neural gas network; high performance vector control technique; hydrodynamic formulation; induction generator; induction machine; marine current generator; marine current turbines; related control system; torque oscillations; turbime emulator; unsteady operating conditions; voltage oriented control; voltage source converters; Blades; Generators; Harmonic analysis; Rotors; Sea surface; Torque; Turbines; Growing Neural Gas network; Marine energy conversion system; Maximum Power Point Tracking; Sensorless control;
机译:An Adaptive Single Neural Control for Variable Step-Size PO MPPT of Marine Current Turbine System
机译:前馈DC总线控制回路适用于采用基于PSO的MPPT技术和有源电力线调节的单相并网光伏系统
机译:BLDC电动机在不同工作条件下的光电质子交换膜燃料电池系统增量电导滑模MPPT控制设计。
机译:基于GNG的MPPT和相关控制系统在不稳定操作条件下的船用涡轮机的有效性
机译:基于扭曲的Savonius涡轮机的海流能量转换系统。
机译:部分遮蔽条件下光伏系统基于深度强化学习的MPPT控制
机译:基于MPPT和扰动的级联模糊PI控制器对不同天气和装载条件下的网格连接PV系统中的MPPT的比较分析
机译:现代涡轮发动机恶劣工作条件下控制和pHm的传感挑战(后印刷);会议文件