INVESTIGATION OF A MECHATRONIC MODULE PRODUCING ALTERNATIVE ENERGY BASED ON A LINEAR MOTION EXECUTION MECHANISM

Abstract

This article examines the fundamental principles of creating a mechatronic module for generating alternative energy based on a linear motion execution mechanism. It describes mechanisms for efficiently utilizing renewable energy sources by leveraging the innovative capabilities of mechatronics. The structure, operational principles, and practical applications of the module are detailed. The research outcomes provide new opportunities for developing technological solutions aimed at improving energy efficiency, reducing costs, and ensuring environmental sustainability.