Demand-Side Flexible Resources: Modeling and Optimal Dispatch

A complete technical framework for demand-side flexibility integration As renewable energy penetration increases, power systems require additional flexibility to maintain supply-demand balance.Demand-Side Flexible Resources presents a technical framework covering flexibility modeling of DFRs tailored to specific operational characteristics, flexibility aggregation of large-scale DFRs, machine learning-based forecasting techniques, and multiple dispatch and control strategies for real-time system response.The book details flexibility aggregation with distribution network constraints and transmission-distribution coordination design, addressing both deterministic and probabilistic forecasting approaches for flexibility prediction alongside real-time flexibility activation.Coverage extends to modeling uncertainty of flexibility within dispatch operations, providing readers with strategies to coordinate DFR participation across interconnected grid levels.Readers will also find: Flexibility