Journal of Electrical Engineering and Automation

Mine electromechanical equipment serves as the core component in mining production, and its energy consumption and environmental pollution issues have become increasingly severe. To achieve carbon neutrality, green transformation of mine electromechanical equipment has become one of the key pathways to enhance sustainable development in the mining industry. By analyzing energy efficiency, exploring green design principles, and advancing technological innovation, the green transformation of mine electromechanical equipment can effectively drive the industry's green transition. This paper analyzes the current status of green transformation in mine electromechanical equipment, proposes improvement measures in terms of optimizing energy efficiency, reducing pollution emissions, and enhancing equipment sustainability, and discusses future technological directions for green transformation. Practical validation demonstrates that the green transformation path for mine electromechanical equipment contributes to improving the overall efficiency of the mining industry and supports the realization of carbon neutrality goals.

Carbon neutrality; Mine electromechanical equipment; Green transformation; Energy efficiency; Sustainable development