Analysis of the Feasibility of Using Collaborative Robots in the Manufacturing of Renewable Energy Components

Abstract

Considered the modern possibilities of using collaborative robots in production processes related to the manufacture of components of renewable energy systems. The features of collaborative robotics were analyzed and the main types of robotic systems potentially suitable for use in relevant production operations were identified. Special attention was paid to possible scenarios for using collaborative robots in the manufacture of solar panels, components of wind power plants and battery systems. The advantages of robotics in terms of increasing productivity, quality and safety of production, as well as reducing the impact of the human factor and optimizing the use of energy and material resources were considered. The prospects for further development of collaborative robotics based on machine vision, artificial intelligence and sensor data fusion technologies were substantiated.