Abstract
Currently, the task of modernizing inefficient fuel generation of electricity in isolated and hard-to-reach regions of the Russian Federation is urgent. The paper analyzes renewable wind and solar energy resources in hard-to-reach areas of the Far North (or/and Siberia). Based on this analysis, the optimal configuration of a hybrid autonomous power supply system has been determined, which contains two wind turbines and an array of solar photovoltaic panels. In order to verify the optimal configuration and parametric optimization, a simulation model of the proposed hybrid wind-solar energy system was developed in MatLab/Simulink environment. The simulation model was investigated under various conditions and in typical scenarios of the autonomous energy system. The research results show that the addition of photovoltaic modules to the wind power plant made it possible to increase the output power, which improves the reliability of power supply. In addition, the quality of electricity supply improves. The transition mode runs fast enough, no more than 0.002 seconds, and in steady-state mode, the effective value of the three-phase voltage is 220 V.
Keywords
isolated power system, wind power plant, simulation, simulation model, solar panel, power, simulation
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