Journal of Electrical Engineering and Automation

With the widespread adoption of solar street lights, battery charge-discharge management has become a critical factor in enhancing system performance and longevity. This paper proposes an optimized battery management module for solar street lights, addressing issues such as low energy utilization efficiency and shortened battery life in traditional management methods. By improving charging algorithms and discharge strategies while integrating intelligent control technology, the module enables real-time monitoring of battery status and optimization of charging/discharging processes, thereby improving energy efficiency and extending battery lifespan. Experimental results demonstrate that the optimized management module significantly enhances system stability and sustainability, showing promising application prospects.

Solar street lamp; Battery management; Charge and discharge optimization; Intelligent control; Energy management