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Substantiating the Interaction of Wind and Solar Power with a Hybrid Wave-Type Converters

The article substantiates the importance of developing power supply technologies based on renewable energy sources by analyzing existing renewable energy converters. The purpose is to search for ways to improve efficiency of wind flow and solar power hybrid conversion. The subject under study is the kinematic system of a wave-type converter designed with an increased swept area and combining the wind flow and solar power conversion. The underlying method of aerodynamic wind turbine research is a one-dimensional method of elastic threads, which allowed approaching the task of interaction of the wind-receiving surface with the medium flow. Evidence has been provided for using the wind-receiving surface with a solar panel attached to it as a converting element of hybrid wind and solar flow conversion.