Optimal Operation of Active Distribution Networks: Congestion Management, Voltage Control and Service Restoration provides researchers and practitioners with a clear and modern understanding of how to optimize the economic, secure and resilient operation of active distribution networks. The book provides case studies, modern implementations and supporting flowcharts and code, along with current research in congestion management, service restoration and voltage control of active distribution networks. Chapter provide an overview of the active distribution network concept, present key approaches for the congestion management of active distribution networks, and cover approaches in uncertainty, coordination of DLMP, scheduled re-profiling, and more.
Other sections cover real-time congestion management and service restoration of active distribution networks.
1. 1 : Introduction of active distribution networks - p. Page viii 2. 2 : Distribution locational marginal pricing for congestion management in distribution networks - p. Page 7 3. 3 : Distribution locational marginal pricing for optimal electric vehicle charging through chance-constrained mixed-integer programming - p. Page 27 4. 4 : Robust dynamic tariff method for day-ahead congestion management of active distribution networks - p. Page 52 5. 5 : Comprehensive day-ahead congestion management based on the dynamic tariff, network reconfiguration, and reprofiling product - p. Page 70 6. 6 : ADMM-based market clearing and optimal flexibility bidding of distribution-level flexibility market for day-ahead congestion management of distribution networks - p. Page 94 7. 7 : Two-tier real-time congestion management based on flexible demand swap and transactive control - p. Page 112 8. 8 : Distributed coordinated voltage control for distribution networks with DG and OLTC based on MPC and gradient projection - p. Page 134 9. 9 : Double-timescale distributed voltage control for unbalanced distribution networks based on MPC and ADMM - p. Page 155 10. 10 : Distributed coordinated operations of transmission and distribution systems - p. Page 177 11. 11 : Distributed service restoration for active distribution networks based on alternating direction method of multipliers - p. Page 198 12. 12 : Distributed risk-limiting service restoration for active distribution networks with networked microgrids - p. Page 216 13. 13 : Hierarchical service restoration for active distribution networks based on alternating direction method of multipliers - p. Page 237 14. 14 : DMPC-based distributed voltage control for unbalanced distribution networks with single-/three-phase DGs - p. Page 259 15. 15 : Hierarchical distributed voltage control for active distribution networks with DGCs based on GP and ADMM - p. Page 283 16. 16 : Transactive control for real-time electric vehicle charging management under uncertainty - p. Page 304 17. 17 : A two-stage scheduling method for aggregators based on transactive control - p. Page 321 18. Appendix A : Introduction to alternating direction method of multipliers - p. Page 338 19. Appendix B : Introduction to analytical target cascading - p. Page 344 20. Index - p. Page 349
Optimal Operation of Active Distribution Networks: Congestion Management, Voltage Control and Service Restoration provides researchers and practitioners with a clear and modern understanding of how to optimize the economic, secure and resilient operation of active distribution networks. The book provides case studies, modern implementations and supporting flowcharts and code, along with current research in congestion management, service restoration and voltage control of active distribution networks. Chapter provide an overview of the active distribution network concept, present key approaches for the congestion management of active distribution networks, and cover approaches in uncertainty, coordination of DLMP, scheduled re-profiling, and more.
Other sections cover real-time congestion management and service restoration of active distribution networks.
1. 1 : Introduction of active distribution networks - p. Page viii 2. 2 : Distribution locational marginal pricing for congestion management in distribution networks - p. Page 7 3. 3 : Distribution locational marginal pricing for optimal electric vehicle charging through chance-constrained mixed-integer programming - p. Page 27 4. 4 : Robust dynamic tariff method for day-ahead congestion management of active distribution networks - p. Page 52 5. 5 : Comprehensive day-ahead congestion management based on the dynamic tariff, network reconfiguration, and reprofiling product - p. Page 70 6. 6 : ADMM-based market clearing and optimal flexibility bidding of distribution-level flexibility market for day-ahead congestion management of distribution networks - p. Page 94 7. 7 : Two-tier real-time congestion management based on flexible demand swap and transactive control - p. Page 112 8. 8 : Distributed coordinated voltage control for distribution networks with DG and OLTC based on MPC and gradient projection - p. Page 134 9. 9 : Double-timescale distributed voltage control for unbalanced distribution networks based on MPC and ADMM - p. Page 155 10. 10 : Distributed coordinated operations of transmission and distribution systems - p. Page 177 11. 11 : Distributed service restoration for active distribution networks based on alternating direction method of multipliers - p. Page 198 12. 12 : Distributed risk-limiting service restoration for active distribution networks with networked microgrids - p. Page 216 13. 13 : Hierarchical service restoration for active distribution networks based on alternating direction method of multipliers - p. Page 237 14. 14 : DMPC-based distributed voltage control for unbalanced distribution networks with single-/three-phase DGs - p. Page 259 15. 15 : Hierarchical distributed voltage control for active distribution networks with DGCs based on GP and ADMM - p. Page 283 16. 16 : Transactive control for real-time electric vehicle charging management under uncertainty - p. Page 304 17. 17 : A two-stage scheduling method for aggregators based on transactive control - p. Page 321 18. Appendix A : Introduction to alternating direction method of multipliers - p. Page 338 19. Appendix B : Introduction to analytical target cascading - p. Page 344 20. Index - p. Page 349
