ENERGY-EFFICIENT CONTROL STRATEGY DEVELOPMENT FOR SMART GRIDS INTEGRATING DISTRIBUTED RENEWABLE ENERGY RESOURCES WITH REAL-TIME DEMAND RESPONSE OPTIMIZATION

This paper explores an energy-efficient control strategy for smart grids by integrating distributed renewable energy resources (DRER) with real-time demand response optimization (DR). We propose a dynamic framework that balances energy supply and demand while ensuring grid stability and reducing costs. This study identifies the latest advancements in DRER, assesses existing literature, and incorporates optimization algorithms to enhance energy efficiency and sustainability. The findings underscore the importance of intelligent energy management and its potential in advancing future smart grid operations.