Electrical Parameters Identification of Three-Diode Photovoltaic Model Based on Equilibrium Optimizer Algorithm

Tremendous penetration of photovoltaic (PV) systems into the electric grids develops many challenges in modern power systems. In simulation analyses PV systems, accurate modelling modules plays a crucial role enhancing characteristics such Modelling PVs is represented by non-linear I - V behavior, involving various unknown parameters because inadequate data offered datasheet cells. This paper proposes novel implementation equilibrium optimizer algorithm (EOA) to identify nine-parameters three-diode (TD) model module. Soundness EOA-TD extensively confirmed results that are carried out different environmental conditions. The optimal obtained using proposed approach compared with those realized other optimization techniques-based TD models. To achieve practical study, and experimental outcomes checked for commercial panels error among these records value less than 0.5%. Moreover, attained EOA competitive very close approaches, where has exhibited minimum fitness 1.14e-14 7.154 e-13 Kyocera Solarex marketable cells, respectively. effectiveness adequately assessed evaluating its absolute current (ACE) ACE technology considered be an means achieving proper any