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Message from the Secretary General; Foreword; Preface; Acknowledgments; Contents; About the Editors; Abbreviations; Introduction; Operational Applications and Requirements; 1 Operational Applications in the Power Delivery System; 2 IEC 61850 Communication Model; 3 Substation-to-Substation Applications; 3.1 Line Protection Applications; 3.1.1 State Comparison Protection Schemes; 3.1.2 Analogue Comparison Protection Schemes; 3.1.2.1 Current Differential Protection Schemes; 3.1.2.2 Other Analogue Comparison Schemes; 3.1.3 Protection Relay Communication in the IEC 61850.
3.2 System Protection Schemes3.2.1 SPS Applications; 3.2.2 SPS Architecture; 3.2.3 Wide Area Protection & Control (WAP & C); 4 Field Device to Central Platform Applications; 4.1 Power System SCADA; 4.2 Synchrophasor-Based Wide Area Monitoring System; 4.3 Other IP-Based Monitoring Applications in the Substation; 5 Inter-platform Applications; 6 Office-to-Field Applications; 6.1 Remote Access from Office to Grid Device and Information; 6.2 Field Worker Access to Central Platforms and Applications; 7 Smart Distribution Applications; Provisioning of Utility-Grade Communication Services.
8 Service Provisioning, Quality of Service, and SLA9 Service Specification Attributes; 9.1 Operational Coverage and Topology; 9.2 Throughput; 9.3 Time Constraints; 9.4 Service Integrity and Data Loss; 9.5 Availability and Dependability; 9.6 Communication Security; 9.7 Future Proofing, Legacy Support, Vendor Independence; 9.8 Electromagnetic and Environmental Constraints; 9.9 Service Survivability, Resilience and Disaster Readiness; 9.10 Cost Considerations; 10 Building and Adjusting Service Level Agreements; 11 Service Provisioning Models-Impact on the Delivery Process.
Delivery of Communication Services in the Utility Environment12 Introduction on Service Delivery; 13 Communication Service Delivery Architecture; 14 Service Interfacing at the Access Point; 14.1 Legacy Interfacing; 14.2 Ethernet Access; 15 Synchronization at User-to-Network Interface; 16 Circuit and Packet Conversions at the Service Access Point; 16.1 Packet Over TDM; 16.2 Circuit Emulation Over Packet; 17 Modeling the Service Delivery Process; 18 Managing the Delivered Communication Service; 19 Meeting Service Quality at a Packet-Switched Access Point.
20 Integrating Service Delivery for IT and OT CommunicationsDeploying Reliable and Secure Network Infrastructures; 21 Deploying Reliable and Secure Network Infrastructures; 22 An Overview on Network Technologies; 22.1 Multiplexing and Switching Fundamentals; 22.2 Optical Communication; 22.3 Wavelength Division Multiplexing (C- and D-WDM); 22.4 Time Division Multiplexing (PDH and SDH); 22.5 Optical Transport Networks (OTN); 22.6 Ethernet Transport; 22.7 Multi-protocol Label Switching (MPLS); 22.8 MPLS-TP or IP-MPLS in Operational Context; 22.9 Radio Communication; 22.10 Power Line Carrier.
3.2 System Protection Schemes3.2.1 SPS Applications; 3.2.2 SPS Architecture; 3.2.3 Wide Area Protection & Control (WAP & C); 4 Field Device to Central Platform Applications; 4.1 Power System SCADA; 4.2 Synchrophasor-Based Wide Area Monitoring System; 4.3 Other IP-Based Monitoring Applications in the Substation; 5 Inter-platform Applications; 6 Office-to-Field Applications; 6.1 Remote Access from Office to Grid Device and Information; 6.2 Field Worker Access to Central Platforms and Applications; 7 Smart Distribution Applications; Provisioning of Utility-Grade Communication Services.
8 Service Provisioning, Quality of Service, and SLA9 Service Specification Attributes; 9.1 Operational Coverage and Topology; 9.2 Throughput; 9.3 Time Constraints; 9.4 Service Integrity and Data Loss; 9.5 Availability and Dependability; 9.6 Communication Security; 9.7 Future Proofing, Legacy Support, Vendor Independence; 9.8 Electromagnetic and Environmental Constraints; 9.9 Service Survivability, Resilience and Disaster Readiness; 9.10 Cost Considerations; 10 Building and Adjusting Service Level Agreements; 11 Service Provisioning Models-Impact on the Delivery Process.
Delivery of Communication Services in the Utility Environment12 Introduction on Service Delivery; 13 Communication Service Delivery Architecture; 14 Service Interfacing at the Access Point; 14.1 Legacy Interfacing; 14.2 Ethernet Access; 15 Synchronization at User-to-Network Interface; 16 Circuit and Packet Conversions at the Service Access Point; 16.1 Packet Over TDM; 16.2 Circuit Emulation Over Packet; 17 Modeling the Service Delivery Process; 18 Managing the Delivered Communication Service; 19 Meeting Service Quality at a Packet-Switched Access Point.
20 Integrating Service Delivery for IT and OT CommunicationsDeploying Reliable and Secure Network Infrastructures; 21 Deploying Reliable and Secure Network Infrastructures; 22 An Overview on Network Technologies; 22.1 Multiplexing and Switching Fundamentals; 22.2 Optical Communication; 22.3 Wavelength Division Multiplexing (C- and D-WDM); 22.4 Time Division Multiplexing (PDH and SDH); 22.5 Optical Transport Networks (OTN); 22.6 Ethernet Transport; 22.7 Multi-protocol Label Switching (MPLS); 22.8 MPLS-TP or IP-MPLS in Operational Context; 22.9 Radio Communication; 22.10 Power Line Carrier.