Abstract
For designing a hybrid power-generating system (HPGS) containing renewable energy sources (RESs) represented by a windmill and a photovoltaic generator along with standby sources represented by a diesel-generator set (DGS) and a storing device (an electric energy storage), the article describes an approach to solving an important scientific-technical problem of elaborating possible versions of the control system and algorithms for automatic closed-loop control of the primary renewable energy sources, which is aimed at taking the maximum possible power from the RESs in order to limit the use of DGS as part of the HPGS. The new scientific results obtained from the study are oriented at solving practical tasks connected with securing uninterrupted power supply to distributed consumers in different regions of the Russian Federation.
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