Published Paper Details:

This project aims to design and develop an electric vehicle (EV) loader tailored for industrial and commercial loading applications. As industries shift towards eco-friendly practices, there is an increasing demand for sustainable equipment that can handle heavy loads efficiently while reducing environmental impact. This electric loader is engineered to provide high torque and power output for lifting and transporting materials within warehouses, construction sites, and distribution centers. By incorporating advanced battery technology and energy-efficient motors, the loader ensures extended operational time and minimal emissions. The project encompasses the design, simulation, and testing of the EV loader prototype, focusing on load capacity, safety, energy management, and ease of operation to support sustainable, high performance material handling solutions. The development of an electric vehicle (EV) loader equipped with a hydraulic lift is an innovative approach to enhancing the efficiency, sustainability, and adaptability of loading and material handling operations. This design integrates an electric-powered loader with a hydraulic lifting system, providing an eco-friendly alternative. The electric vehicle loader is powered by a battery pack, reducing greenhouse gas emissions and reliance on fossil fuels, which aligns with global sustainability goals. The hydraulic lift system allows for precise and robust handling of materials, with the capability to lift heavy loads smoothly and safely. The primary features include a rechargeable battery system, which provides a clean and silent operational environment, and advanced hydraulics for load stability and control. This setup also incorporates energy saving measures, such as regenerative brake which returns energy to the battery during load descent. The EV loader with hydraulic lift offers applications in diverse fields, including construction, warehousing, and manufacturing.