ADVANCED POWER MANAGEMENT STRATEGIES FOR ENERGYEFFICIENT ELECTRIC VEHICLES

Abstract

The rapid growth of electric vehicles has increased the demand for efficient power management systems to enhance energy utilization and driving range. Advanced power management strategies play a crucial role in optimizing battery usage, improving system reliability, and reducing energy losses. This paper presents a comprehensive study on advanced power management strategies for energy-efficient electric vehicles. The proposed approach integrates intelligent energy control, battery management, and power distribution techniques. Various operating modes and load conditions are analyzed to achieve optimal performance. The study focuses on minimizing power losses while maintaining vehicle performance. Experimental evaluation demonstrates improved efficiency and extended battery life. The results highlight the effectiveness of intelligent power management in electric vehicles. The proposed strategies support sustainable and efficient transportation systems.