Journal of Electrical Engineering and Automation

The rapid development of smart grids has provided new opportunities for the integration and optimal scheduling of distributed energy resources (DERs). As a flexible and renewable power resource, the automated scheduling and optimization of DER systems play a critical role in smart grids. This paper explores how to achieve efficient utilization of DERs through advanced scheduling strategies in the smart grid environment. It focuses on analyzing key technologies for scheduling optimization, including prediction algorithms, demand response, and optimal management of energy storage. Through diversified scheduling and optimization methods, the coordination of DERs can be effectively improved, system operation costs can be reduced, and the stability and security of the power grid can be ensured simultaneously. This paper proposes an automated scheduling framework based on intelligent algorithms, providing new ideas and solutions for the sustainable development of distributed energy resources.

Smart grid; Distributed energy resources; Automated scheduling; Optimization strategy; Energy management