Neural network controlled grid interfaced solar photovoltaic power generation - Singh, Bhim; Shahani, Dilip Tekchand; Verma, Arun Kumar (IET power electronics, 2014)
Keywords: Adaline; adaptive linear element; Control theory; Converters; DCâ€“DC boost converter; DC‐DC power convertors; Direct current; Electric potential; four‐leg VSC; grid interfaced SPV generating system; least mean‐square; load balancing; load harmonics currents elimination; maximum power point trackers; maximum power point tracking; neural network controlled grid interfaced solar photovoltaic power generation; Neural networks; neural‐network‐based control algorithm; neurocontrollers; neutral current mitigation; NN‐based control algorithm; PCC; Photovoltaic cells; photovoltaic power systems; point of common coupling; power factor correction; power generation control; power grids; reactive power; reference grid currents; Solar cells; solar photovoltaic generating system; solar power stations; SPV generating system; three‐phase four‐wire distribution system; Voltage; voltage control; voltage source converter; zero voltage regulation; load balancing; zero voltage regulation; power generation control; SPV generating system; load harmonics currents elimination; neural-network-based control algorithm; Adaline; least mean-square; neutral current mitigation; neurocontrollers; grid interfaced SPV generating system; NN-based control algorithm; power factor correction; power grids; solar power stations; neural network controlled grid interfaced solar photovoltaic power generation; voltage source converter; adaptive linear element; three-phase four-wire distribution system; photovoltaic power systems; point of common coupling; four-leg VSC; DC-DC power convertors; DCâ€“DC boost converter; maximum power point trackers; PCC; reference grid currents; maximum power point tracking; reactive power; solar photovoltaic generating system; voltage control