Abstract
AbstractThis chapter discusses a software and hardware complex for the study of aerodynamics and electromechanical characteristics of wind-driven power plants (WP) with a vertical axis of rotation. A vertical-axis wind-driven power plant, which is a cyber-physical system (CPS), for additional and emergency power supply of surface robotic systems, was considered. The created laboratory stand for experimental research of the developed wind-driven power plants, and WP prototypes with a capacity of 0.2 and 1.2 kW are considered. The developed software makes it possible to numerically simulate the WP motion under conditions of an unsteady undisturbed wind flow, considering the mass-inertial characteristics of the installation. In particular, it allows one to study the processes of considering type WP starting and stopping, as well as the reaction of the installation to a wind impulse load, wind gust. The experimental and numerical results obtained using the developed software and hardware complex are compared. These results indicate the possibility of using developed hardware and software complex as an effective tool for the WP development with a vertical axis of rotation.KeywordsWind-driven power plantCyber-physical systemExperimental researchSoftware and hardware complexNumerical modelingNumerical methods of continuous media dynamics
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