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BS EN IEC 61968-3:2021

BS EN IEC 61968-3:2021

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Application integration at electric utilities. System interfaces for distribution management – Interface for network operations

Published By Publication Date Number of Pages
BSI 2021 378
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IEC 61968-3:2021 provides utilities with the means to supervise main substation topology (breaker and switch state), feeder topology and control equipment status through SCADA, AMI and other data sources. It also provides the means for handling network connectivity and loading conditions. Finally, it makes it possible for utilities to locate customer telephone complaints and coordinate activities of field crews with respect to planned and unplanned outages. IEC 61968-3 specifies the information content of a set of message payloads that can be used to support many of the business functions related to network operations. Typical uses of the message payloads defined in IEC 61968-3 include data acquisition by external systems, fault isolation, fault restoration, trouble management and coordination of the real-time state of the network. The scope illustrates the possibility of implementing IEC 61968-3 functionality as either a single integrated advanced distribution management system or as a set of separate functions – OMS, DMS and SCADA. Utilities may choose to buy these systems from different vendors and integrate them using the IEC 61968-3 messages. Alternatively, a single vendor could provide two or all of these components as a single integrated system. In the case of more than one system being provided by the same vendor, the vendor may choose to use either extensions of the IEC 61968 messages or a proprietary integration mechanism to provide enhanced functionality over and above what is required/supported by the IEC 61968-3 specification. While this is a possible implementation, Subclause 4.3 defines the scope in terms of business functions that are implemented in common vendor offerings. Annexes in this document detail integration scenarios or use cases, which are informative examples showing typical ways of using the message payloads defined in this document as well as message payloads to be defined in other parts of the IEC 61968 series This third edition cancels and replaces the second edition published in 2017. This edition constitutes a technical revision. This edition includes the following significant technical changes with respect to the previous edition: a) major rework of Switch Order related profiles and Outage related profiles; b) documented profiles in more detail as a result of the analysis of end-to-end use cases; c) separated Measurement and Control profile into two profiles: PSRMeasurements and PSRControls; d) replaced Temporary Network Change profile with SwitchingEvents profile; e) added MeasurementAction, ControlAction, GenericAction and VerificationAction to SwitchingPlans profile. Added examples; f) added SwitchingActions profile to support the coordination of SwitchingPlan execution between control room and the field crew; g) added ClampAction to SwitchingPlan, SwitchingAction and SwitchingEvent profiles, to allow clamps to be placed and removed independently of jumpers; h) separated OutagesAndFaults profile into UnplannedOutages, PlannedOutages, EquipmentFaults, LineFaults; i) added list of energized and de-energized UsagePoints to the UnplannedOutages profile; j) added PlannedOutages profile; k) added PlannedOutageNotifications profile; l) added SwitchingPlanRequest profile to replace OutageSchedules profile; m) expanded TroubleOrders profile to include UnplannedOutages and TroubleTickets and to allow crews to be scheduled to individual tasks within the TroubleOrder; n) expanded use cases and sequence diagrams; o) sequence diagrams updated to use IEC 61968-100 message patterns; p) use cases in IEC 62559-2 use case template; q) added example XML for profiles; r) replaced xsd in Annex with tables to document the profiles in a serialisation-independent form; s) clarified FLISR use case to include interactions between DSO and TSO per review comments from Edition 2. t) removed OperationalTags since it is now part of the TagAction in the SwitchingEvents payload

PDF Catalog

PDF Pages PDF Title
2 undefined
5 Annex ZA(normative)Normative references to international publicationswith their corresponding European publications
7 English
CONTENTS
24 FOREWORD
27 INTRODUCTION
28 1 Scope
29 2 Normative references
Figures
Figure 1 – IEC 61968-3 Scope
30 3 Terms, definitions and abbreviated terms
3.1 Terms and definitions
3.2 Abbreviated terms
4 Reference and information models
4.1 General approach to network operations
31 4.2 Reference model
Figure 2 – IEC 61968-3 Reference model
32 4.3 Interface reference model
4.4 Network operations business functions and sub-business functions
33 Tables
Table 1 – Business functions and sub-business functions
34 4.5 Static information model
4.5.1 General
4.5.2 Classes for network operations
35 Table 2 – Classes for network operations
37 4.5.3 Classes related to network operations
Table 3 – Classes related to network operations
39 5 Network operations message payloads
5.1 General
40 5.2 Summary of IEC 61968-3 message profiles
Table 4 – Summary of IEC 61968-3 message profiles
41 5.3 Config Profiles
5.3.1 General
42 Figure 3 – Example of a Push Message Exchange
43 5.3.2 Message payloads
Figure 4 – Example of a Pull Message Exchange
44 5.3.3 AssetConfig payload
45 Table 5 – AssetConfig Profile
48 Figure 5 – AssetConfig payload (1)
49 5.3.4 FaultCauseTypeConfig payload
5.3.5 LocationConfig payload
Figure 6 – AssetConfig payload (2)
Figure 7 – FaultCauseTypeConfig payload
50 5.3.6 PowerSystemResourceConfig payload
Figure 8 – LocationConfig payload
Figure 9 – PowerSystemResourceConfig payload
51 5.3.7 OperationsDataLinkageConfig payload
52 Figure 10 – OperationsDataLinkageConfig payload (1)
53 5.3.8 Example – linking a Customer to a PowerSystemResource
Figure 11 – OperationsDataLinkageConfig payload (2)
55 5.4 PSRMeasurements payload
5.4.1 General
56 Figure 12 – PSRMeasurements sequence diagram
Figure 13 – Get/Reply Message Pattern for PSRMeasurements
57 5.4.2 Message Payload
5.4.3 PSRMeasurements Payload – Accumulator
Table 6 – PSRMeasurements Profile
58 5.4.4 PSRMeasurements Payload – Analog
Figure 14 – PSRMeasurements payload – Accumulator
59 Figure 15 – PSRMeasurements payload – Analog
60 5.4.5 PSRMeasurements Payload – Discrete
Table 7 – Valid values for DiscreteValue.value
61 Figure 16 – PSRMeasurements payload – Discrete
62 5.4.6 PSRMeasurements Payload – StringMeasurement
5.4.7 GetPSRMeasurements payload
Figure 17 – PSRMeasurements payload – StringMeasurement
63 Figure 18 – GetPSRMeasurements payload
Table 8 – getPSRMeasurements Profile
64 5.5 PSRControls payload
5.5.1 General
Figure 19 – PSRControls sequence diagram
65 5.5.2 PSRControls Message Payload
66 Table 9 – PSRControls Profile
70 5.5.3 PSRControls payload – AccumulatorReset
5.5.4 PSRControls payload – AnalogControl
Figure 20 – PSRControls payload – AccumulatorReset
71 5.5.5 PSRControls payload – Command
Figure 21 – PSRControls payload – AnalogControl
72 Figure 22 – PSRControls payload – Command
73 5.5.6 PSRControls payload – RaiseLowerCommand
Figure 23 – PSRControls payload RaiseLowerCommand
74 5.5.7 PSRControls payload – SetPoint
Figure 24 – PSRControls payload SetPoint
75 5.6 SwitchingPlanRequests payload
5.6.1 General
76 5.6.2 Message Payload
Figure 25 – SwitchingPlanRequests Sequence Diagram
77 Table 10 – SwitchingPlanRequests Profile
78 Figure 26 – SwitchingPlanRequests payload (Part 1)
79 5.6.3 Example XML
Figure 27 – SwitchingPlanRequests payload (Part 2)
80 5.7 SwitchingPlan Definition and Execution
81 5.8 SwitchingPlans payload
5.8.1 General
Table 11 – Messages used to coordinate different types of SwitchingSteps
82 5.8.2 Message payload
Figure 28 – SwitchingPlans sequence diagram
83 Table 12 – SwitchingPlans Profile
85 Figure 29 – SwitchingPlans message payload top level
86 5.8.3 SwitchingPlans payload – SwitchingStepGroups fragment
Figure 30 – SwitchingPlans message – SafetyDocuments payload fragment
87 5.8.4 SwitchingPlans payload – SwitchingStep fragment
Figure 31 – SwitchingPlans message payload – SwitchingStepGroups
Table 13 – SwitchingPlans – SwitchingStepGroups payload fragment
88 Table 14 – SwitchingPlans – SwitchingStep payload fragment
89 5.8.5 Specifying Order of Step Execution
Figure 32 – SwitchingStep actions
90 Table 15 – Example of Switching Step Execution Order
91 5.8.6 SwitchingPlans payload – ClampAction
Figure 33 – SwitchingStepGroup and SwitchingStep Execution Order
92 5.8.7 SwitchingPlans payload – ClearanceAction
Figure 34 – SwitchingPlans – ClampAction
Table 16 – ClampAction payload fragment for SwitchingPlans
93 Table 17 – ClearanceAction payload fragment for SwitchingPlans
94 5.8.8 SwitchingPlans Payload – ControlAction
Figure 35 – SwitchingPlans – ClearanceAction
95 Table 18 – ControlAction payload fragment for SwitchingPlans
96 5.8.9 SwitchingPlans Payload – CutAction
Figure 36 – SwitchingPlans – ControlAction
97 5.8.10 SwitchingPlans payload – EnergyConsumerAction
Figure 37 – SwitchingPlans – CutAction
Table 19 – CutAction payload fragment for SwitchingPlans
98 Table 20 – EnergyConsumerAction payload fragment for SwitchingPlans
99 5.8.11 SwitchingPlans payload – EnergySourceAction
Figure 38 – SwitchingPlans – EnergyConsumerAction
100 Table 21 – EnergySourceAction payload fragment for SwitchingPlans
101 5.8.12 SwitchingPlans payload – GenericAction
Figure 39 – SwitchingPlans – EnergySourceAction
102 Table 22 – GenericAction payload fragment for SwitchingPlans
103 5.8.13 SwitchingPlans payload – GroundAction
Figure 40 – SwitchingPlans – GenericAction
104 Table 23 – GroundAction payload fragment for SwitchingPlans
105 Figure 41 – SwitchingPlans – GroundAction
Figure 42 – SwitchingPlans – GroundAction – Ground
106 Figure 43 – ACLineSegment choice for connecting ground
Figure 44 – Clamp choice for connecting ground
Figure 45 – ConductingEquipment choice for connecting ground
107 5.8.14 SwitchingPlans payload – JumperAction
Table 24 – JumperAction payload fragment for SwitchingPlans
108 Figure 46 – SwitchingPlans – JumperAction
109 5.8.15 SwitchingPlans payload – MeasurementAction
Figure 47 – SwitchingPlans – Jumper payload fragment
110 Figure 48 – SwitchingPlans – MeasurementAction
Table 25 – MeasurementAction payload fragment for SwitchingPlans
111 5.8.16 SwitchingPlans payload – ShuntCompensatorAction
Figure 49 – Execution of a SwitchingStep with a MeasurementActionand the quantity is telemetered
112 Figure 50 – SwitchingPlans – ShuntCompensatorAction
Table 26 – ShuntCompensatorAction payload fragment for SwitchingPlans
113 5.8.17 SwitchingPlans payload – SwitchAction
Table 27 – SwitchAction payload fragment for SwitchingPlans
114 5.8.18 SwitchingPlans payload – TagAction
Figure 51 – SwitchingPlans – SwitchAction
115 Figure 52 – SwitchingPlans – TagAction payload
Table 28 – TagAction payload fragment for SwitchingPlans
116 5.8.19 SwitchingPlans payload – VerificationAction
Figure 53 – SwitchingPlans – OperationalTag payload fragment
Table 29 – VerificationAction payload fragment for SwitchingPlans
117 5.8.20 Example SwitchingPlan
Figure 54 – SwitchingPlans – VerificationAction payload
118 Table 30 – Example of a switching plan
120 5.8.21 Example XML for a complete SwitchingPlan
Figure 55 – Sample XML for SwitchingPlans
122 5.9 SwitchingOrders payload
5.9.1 General
123 5.9.2 Message payload
Figure 56 – SwitchingOrders sequence diagram
124 Table 31 – SwitchingOrders Profile
125 Figure 57 – SwitchingOrders message payload
126 5.9.3 Example XML
Figure 58 – SwitchingOrders – Location fragment
127 5.10 SwitchingActions payload
5.10.1 General
128 5.10.2 Message Payload
Figure 59 – Sequence Diagram of Switching Step Execution
129 5.10.3 SwitchingActions payload – SwitchingStep fragment
Figure 60 – SwitchingActions top level payload
Table 32 – SwitchingActions Profile
130 5.10.4 SwitchingActions payload – SwitchingStepGroups fragment
Figure 61 – SwitchingActions – SwitchingPlan fragment
Table 33 – SwitchingStep payload fragment for SwitchingActions
131 5.10.5 SwitchingActions payload – SwitchingPlan fragment
5.10.6 SwitchingActions payload – ClampAction
Table 34 – SwitchingStepGroup payload fragment for SwitchingActions
Table 35 – SwitchingPlan payload fragment for SwitchingActions
132 5.10.7 SwitchingActions payload – ClearanceAction
Figure 62 – SwitchingAction – ClampAction fragment
Table 36 – ClampAction payload fragment for SwitchingActions
133 Table 37 – ClearanceAction payload fragment for SwitchingActions
134 5.10.8 SwitchingActions payload – ControlAction
Figure 63 – SwitchingActions – ClearanceAction fragment
Table 38 – ControlAction payload fragment
135 5.10.9 SwitchingActions Payload – CutAction
Figure 64 – SwitchingActions – ControlAction fragment
136 5.10.10 SwitchingActions payload – EnergyConsumerAction
Figure 65 – SwitchingActions – CutAction fragment
Table 39 – CutAction payload fragment for SwitchingActions
137 Figure 66 – SwitchingActions – EnergyConsumerAction fragment
Table 40 – EnergyConsumerAction payload fragment for SwitchingActions
138 5.10.11 SwitchingActions payload – EnergySourceAction
Figure 67 – SwitchingActions – EnergySourceAction fragment
Table 41 – EnergySourceAction payload fragment for SwitchingActions
139 5.10.12 SwitchingActions payload – GenericAction
Table 42 – GenericAction payload fragment for SwitchingActions
140 5.10.13 SwitchingActions payload – GroundAction
Figure 68 – SwitchingActions – GenericAction fragment
Table 43 – GroundAction payload fragment for SwitchingActions
141 5.10.14 SwitchingActions payload – JumperAction
Figure 69 – SwitchingActions – GroundAction fragment
142 Table 44 – JumperAction payload fragment for SwitchingActions
143 5.10.15 SwitchingActions payload – MeasurementAction
Figure 70 – SwitchingActions – JumperAction fragment
144 Figure 71 – SwitchingActions – MeasurementAction fragment
Table 45 – MeasurementAction payload fragment for SwitchingActions
145 5.10.16 SwitchingActions payload – ShuntCompensatorAction
Figure 72 – SwitchingActions – ShuntCompensatorAction fragment
Table 46 – ShuntCompensatorAction payload fragment for SwitchingActions
146 5.10.17 SwitchingActions payload – SwitchAction
Figure 73 – SwitchingActions – SwitchAction fragment
Table 47 – SwitchAction payload fragment for SwitchingActions
147 5.10.18 SwitchingActions payload – TagAction
Figure 74 – SwitchingActions – TagAction fragment
Table 48 – TagAction payload fragment for SwitchingActions
148 5.10.19 SwitchingActions payload – VerificationAction
Table 49 – VerificationAction payload fragment for SwitchingActions
149 Figure 75 – SwitchingActions – VerificationAction fragment
150 5.10.20 Example XML
5.11 SwitchingEvents payload
5.11.1 General
151 5.11.2 Message payload
Figure 76 – SwitchingEvents sequence diagram for a notification
152 Table 50 – SwitchingEvents Profile
153 5.11.3 SwitchingEvents payload – ClampAction
5.11.4 SwitchingEvents payload – ClearanceAction
Figure 77 – SwitchingEvents top level payload
154 5.11.5 SwitchingEvents payload – ControlAction
5.11.6 SwitchingEvents Payload – CutAction
5.11.7 SwitchingEvents payload – EnergyConsumerAction
5.11.8 SwitchingEvents payload – EnergySourceAction
5.11.9 SwitchingEvents payload – GenericAction
5.11.10 SwitchingEvents payload – GroundAction
5.11.11 SwitchingEvents payload – JumperAction
5.11.12 SwitchingEvents payload – MeasurementAction
5.11.13 SwitchingEvents payload – ShuntCompensatorAction
5.11.14 SwitchingEvents payload – SwitchAction
5.11.15 SwitchingEvents payload – TagAction
155 5.11.16 SwitchingEvents payload – VerificationAction
5.11.17 Example XML
5.12 PlannedOutageNotification payload
5.12.1 General
156 Figure 78 – PlannedOutageNotifications sequence diagram
157 5.12.2 Message payload
Figure 79 – change PlannedOutageNotifications sequence diagram
Table 51 – PlannedOutageNotifications Profile
158 5.12.3 Example XML
Figure 80 – PlannedOutageNotifications message payload
159 5.13 PlannedOutages payload
5.13.1 General
160 5.13.2 Message payload
Figure 81 – PlannedOutages – sequence diagram
161 Table 52 – PlannedOutages Profile
163 Figure 82 – PlannedOutages message payload
164 5.13.3 Example XML
5.14 TroubleTickets payload
165 5.15 Incidents payload
5.15.1 General
Figure 83 – TroubleTickets sequence diagram
166 Figure 84 – Sequence diagram showing lifecycle of Incident
167 5.15.2 Message payload
Figure 85 – Sequence diagram showing association of Incident with UnplannedOutage
168 Table 53 – Incidents Profile
169 5.15.3 Example XML
Figure 86 – Incident message payload
170 5.16 EquipmentFaults payload
5.16.1 General
171 Figure 87 – Association of LineFaults/EquipmentFaults to UnplannedOutage
172 5.16.2 Message payload
Figure 88 – EquipmentFaults sequence diagram
173 Table 54 – EquipmentFaults payload
174 Figure 89 – EquipmentFaults message payload
175 5.17 LineFaults payload
5.17.1 General
5.17.2 Message payload
Figure 90 – LineFaults sequence diagram
176 Table 55 – LineFaults payload
177 Figure 91 – LineFaults message payload
178 5.18 UnplannedOutages payload
5.18.1 General
Figure 92 – UnplannedOutages sequence diagram
179 5.18.2 Message payload
180 Table 56 – UnplannedOutages Profile
183 Figure 93 – UnplannedOutages message payload top level
184 Figure 94 – UnplannedOutages message payload, LineFault detail
185 5.18.3 Example XML
Figure 95 – UnplannedOutages message payload, EquipmentFault detail
Table 57 – Priority of statusKind when multiple crews assigned
187 5.19 Metering message payloads
5.19.1 EndDeviceEvents
188 Figure 96 – EndDeviceEvents
189 5.20 Work message payloads
5.20.1 WorkRequests payload
Figure 97 – MeterReadings sequence diagram
190 5.21.1 General
Figure 98 – WorkRequests sequence diagram
191 5.21.2 Message payload
Figure 99 – TroubleOrders
192 Table 58 – TroubleOrders Profile
193 Figure 100 – TroubleOrders top level message payload
Figure 101 – TroubleOrders – Incident payload fragment
194 Figure 102 – TroubleOrders – UnplannedOutage payload fragment
195 Figure 103 – Distinction between outage location and fault location
Table 59 – Additional outage location information
196 Figure 104 – TroubleOrders, UnplannedOutage, EquipmentFault payload fragment
197 Figure 105 – TroubleOrders, UnplannedOutage, LineFault payload fragment
Figure 106 – TroubleOrders, UnplannedOutage – actualPeriod payload fragment
198 Figure 107 – TroubleOrders – TroubleTicket payload fragment
199 Table 60 – TroubleTicket attributes
200 Table 61 – WorkTask attributes
202 Figure 108 – TroubleOrders – WorkTask payload fragment (1)
203 Figure 109 – TroubleOrders – WorkTask payload fragment (2)
204 Figure 110 – TroubleOrders – WorkTask WorkActivityRecords payload fragment
Figure 111 – TroubleOrders – WorkTask, WorkActivityRecords, Assets payload
205 5.21.3 Example XML for an Incident TroubleOrder
206 6 Document Conventions
6.1 Message payload definitions
6.1.1 General
207 6.1.2 Mandatory versus Optional
6.2 Synchronous versus Asynchronous Messages
6.3 Message exchanges
6.3.1 General
208 Annex A (informative)Use cases
A.1 General
A.2 FLISR for SCADA-detected outage, SCADA switching
A.2.1 Description of the use case
210 A.2.2 Use case diagrams
211 A.2.3 Technical details
212 A.2.4 Step by step analysis of use case
214 A.2.5 Information exchanged
A.2.6 Common terms and definitions
A.3 FLISR for trouble call and AMI outage, crew switching
A.3.1 Description of the use case
216 A.3.2 Use case diagrams
217 A.3.3 Technical details
218 A.3.4 Step by step analysis of use case
222 A.3.5 Information exchanged
A.3.6 Common terms and definitions
A.4 Planned outage for maintenance – Manual process
224 A.5 Planned outage for maintenance
A.5.1 General
Figure A.1 – Planned outage for maintenance – Manual process
225 A.5.2 Description of the use case
226 A.5.3 Use case diagrams
227 A.5.4 Technical details
228 A.5.5 Step by step analysis of use case
230 Figure A.2 – SwitchingPlan creation
232 Figure A.3 – SwitchingOrder changes
235 A.5.6 Information exchanged
A.5.7 Common terms and definitions
Figure A.4 – SwitchingPlan execution
236 A.6 TroubleTicket creation
A.6.1 Description of the use case
A.6.2 Use case diagrams
237 A.6.3 Technical details
238 A.6.4 Step by step analysis of use case
241 A.6.5 Information exchanged
A.6.6 Common terms and definitions
A.7 CIS and OMS interactions during an unplanned outage
A.7.1 General
A.7.2 Description of the use case
242 A.7.3 Use case diagrams
243 A.7.4 Technical details
Figure A.5 – UnplannedOutages overview
245 A.7.5 Step by step analysis of use case
247 Figure A.6 – UnplannedOutage creation
249 Figure A.7 – UnplannedOutages update
250 Figure A.8 – Outages being combined
251 Figure A.9 – Outage being split
252 A.7.6 Information exchanged
A.7.7 Common terms and definitions
A.8 Car hits pole but there is no outage
A.8.1 Description of the use case
Figure A.10 – UnplannedOutage restore
254 A.8.2 Use case diagrams
255 A.8.3 Technical details
256 A.8.4 Step by step analysis of use case
259 A.8.5 Information exchanged
A.8.6 Common terms and definitions
A.9 Car hits pole and there is an outage
A.9.1 Description of the use case
261 A.9.2 Use case diagrams
262 A.9.3 Technical details
263 A.9.4 Further Information to the use case for classification / mapping
A.9.5 Step by step analysis of use case
267 A.9.6 Information exchanged
A.9.7 Common terms and definitions
268 Annex B (normative)Payload fragments
B.1 General
B.2 Accumulator fragment
Table B.1 – IdentifiedObject
269 Table B.2 – Accumulator payload fragment
270 B.3 AccumulatorValue Fragment
B.4 ACLineSegment fragment
Table B.3 – AccumulatorValue payload fragment
271 Figure B.1 – ACLineSegment payload fragment
Table B.4 – ACLineSegment payload fragment
272 B.5 ActivityRecord fragment
B.6 Analog fragment
Table B.5 – ActivityRecord payload fragment
273 Table B.6 – Analog payload fragment
274 B.7 AnalogValue fragment
B.8 Approver fragment
Table B.7 – AnalogValue payload fragment
275 B.9 Asset fragment
Figure B.2 – Approver payload fragment
Table B.8 – Approver payload fragment
276 Table B.9 – Asset payload fragment
277 B.10 AssetContainer fragment
B.11 AssetInfo fragment
B.12 AssetOwner fragment
Table B.10 – AssetContainer payload fragment
Table B.11 – AssetInfo payload fragment
278 B.13 Author fragment
B.14 Cabinet fragment
Figure B.3 – Author payload fragment
Table B.12 – AssetOwner payload fragment
Table B.13 – Author payload fragment
279 B.15 Clamp fragment
Table B.14 – Cabinet payload fragment
Table B.15 – Clamp payload fragment
280 B.16 Clearance fragment
Table B.16 – Clearance payload fragment
281 B.17 ConductingEquipment fragment
B.18 Cut fragment
Table B.17 – ConductingEquipment payload fragment attributes
282 B.19 ConfigurationEvent fragment
Table B.18 – Cut payload fragment
283 B.20 ConnectivityNode fragment
Figure B.4 – ConfigurationEvent payload fragment
Table B.19 – ConfigurationEvent payload fragment
284 B.21 CoordinateSystem fragment
B.22 Crew fragment
Table B.20 – ConnectivityNode payload fragment
Table B.21 – CoordinateSystem payload fragment
285 Figure B.5 – Crew payload fragment
Table B.22 – Crew payload fragment
286 B.23 CrewMember fragment
B.24 CrewType fragment
B.25 Customer fragment
Table B.23 – CrewMember payload fragment
Table B.24 – CrewType payload fragment
287 B.26 CustomerAgreement fragment
Figure B.6 – Customer payload fragment
Table B.25 – Customer payload fragment
288 B.27 DeEnergizedUsagePoint fragment
Figure B.7 – CustomerAgreement payload fragment
Table B.26 – CustomerAgreement payload fragment
289 B.28 Discrete fragment
Figure B.8 – DeEnergizedUsagePoint payload fragment
290 Table B.27 – Discrete payload fragment
291 B.29 DiscreteValue fragment
B.30 DuctBank fragment
Table B.28 – DiscreteValue payload fragment
292 B.31 Editor fragment
Figure B.9 – Editor payload fragment
Table B.29 – DuctBank payload fragment
293 B.32 ElectronicAddress fragment
Figure B.10 – ElectronicAddress payload fragment
Table B.30 – Editor payload fragment
Table B.31 – ElectronicAddress payload fragment
294 B.33 EndDevice fragment
B.34 EnergyConsumer fragment
Table B.32 – EndDevice payload fragment
Table B.33 – EnergyConsumer payload fragment
295 B.35 EnergySource fragment
Figure B.11 – EnergyConsumer payload fragment
Table B.34 – EnergySource payload fragment
296 Figure B.12 – EnergySource payload fragment
297 B.36 EnergizedUsagePoint fragment
B.37 Equipment fragment
Figure B.13 – EnergizedUsagePoint payload fragment
298 B.38 EstimatedRestorationTime fragment
B.39 FaultImpedance fragment
Table B.35 – Equipment payload fragment
Table B.36 – EstimatedRestorationTime payload fragment
Table B.37 – FaultImpedance payload fragment
299 B.40 FaultCauseTypes fragment
B.41 Feeder fragment
B.42 FieldSafetySupervisor fragment
Table B.38 – FaultCodeTypes payload fragment
Table B.39 – Feeder payload fragment
300 B.43 FieldDispatchHistory fragment
Figure B.14 – FieldSafetySupervisor payload fragment
Figure B.15 – FieldDispatchHistory payload fragment
Table B.40 – FieldSafetySupervisor payload fragment
301 B.44 Ground fragment
B.45 FieldDispatchStep fragment
Table B.41 – FieldDispatchHistory payload fragment
Table B.42 – Ground payload fragment
Table B.43 – FieldDispatchStep payload fragment
302 B.46 Hazard fragment
B.47 Issuer fragment
Figure B.16 – Hazard payload fragment
Table B.44 – Hazard payload fragment
303 B.48 IssuedBySupervisor fragment
Figure B.17 – Issuer payload fragment
Figure B.18 – IssuedBySupervisor payload fragment
Table B.45 – Issuer payload fragment
304 B.49 IssuedToSupervisor fragment
B.50 lifecycleDate fragment
Figure B.19 – IssuedToSupervisor payload fragment
Figure B.20 – lifecycleDate fragment
305 B.51 Jumper fragment
Table B.46 – lifecycleDate payload fragment
Table B.47 – Jumper payload fragment
306 B.52 Location fragment
Figure B.21 – Location payload fragment
308 Table B.48 – Location payload fragment
309 B.53 Manufacturer fragment
B.54 MeasurementValueQuality fragment
Figure B.22 – Manufacturer fragment
Table B.49 – Manufacturer payload fragment
310 Figure B.23 – MeasurementValueQuality payload fragment
311 Table B.50 – MeasurementValueQuality payload fragment
312 B.55 MeasurementValueSource fragment
B.56 Name fragment
Figure B.24 – MeasurementValueSource payload fragment
Figure B.25 – Name payload fragment
Table B.51 – MeasurementValueSource payload fragment
313 B.57 NameType fragment
B.58 NameTypeAuthority fragment
B.59 OperationalTag fragment
Table B.52 – Name payload fragment
Table B.53 – NameType payload fragment
Table B.54 – NameTypeAuthority payload fragment
314 B.60 Operator fragment
Table B.55 – OperationalTag payload fragment
315 B.61 OperationsSafetySupervisor fragment
Figure B.26 – Operator payload fragment
Figure B.27 – OperationsSafetySupervisor payload fragment
Table B.56 – Operator payload fragment
316 B.62 Organisation fragment
Figure B.28 – Organisation payload fragment
Table B.57 – OperationsSafetySupervisor payload fragment
317 B.63 OutageIsolationEquipment fragment
Figure B.29 – OutageIsolationEquipment payload fragment
Table B.58 – Organisation payload fragment
318 B.64 OwnerShip fragment
B.65 Person fragment
Figure B.30 – Ownerships payload fragment
Table B.59 – OwnerShip payload fragment
319 Figure B.31 – Person payload fragment
320 B.66 Pole fragment
Table B.60 – Person payload fragment
321 B.67 PositionPoint fragment
Table B.61 – Pole payload fragment
322 B.68 PowerSystemResource fragment
Table B.62 – PositionPoint payload fragment
323 Figure B.32 – PowerSystemResource fragment
Table B.63 – PowerSystemResource payload fragment
324 B.69 Priority fragment
B.70 ProductAssetModel fragment
Table B.64 – Priority payload fragment
325 Figure B.33 – ProductAssetModel fragment
Table B.65 – ProductAssetModel payload fragment
326 B.71 PSRType fragment
B.72 ReleasedBySupervisor fragment
B.73 ReleasedToSupervisor fragment
Figure B.34 – ReleasedBySupervisor payload fragment
Table B.66 – PSRType payload fragment
327 B.74 RevisionHistory fragment
Figure B.35 – ReleasedToSupervisor payload fragment
Figure B.36 – RevisionHistory payload fragment
328 B.75 SafetyDocument fragment
Figure B.37 – SafetyDocument payload fragment
Table B.67 – RevisionHistory payload fragment
329 Table B.68 – SafetyDocument payload fragment
330 B.76 ServiceLocation fragment
Figure B.38 – ServiceLocation payload fragment
331 B.77 ServicePointOutageSummary fragment
Table B.69 – ServiceLocation payload fragment
332 B.78 ShuntCompensator fragment
B.79 Status fragment
Figure B.39 – ShuntCompensator payload fragment
Table B.70 – ServicePointOutageSummary payload fragment
Table B.71 – ShuntCompensator payload fragment
333 B.80 StreetAddress fragment
B.81 StreetDetail fragment
Figure B.40 – Status payload fragment
Table B.72 – Status payload fragment
Table B.73 – StreetAddress payload fragment
334 B.82 StringMeasurement fragment
Figure B.41 – StreetDetail payload fragment
Table B.74 – StreetDetail payload fragment
335 Table B.75 – StringMeasurement payload fragment
336 B.83 StringMeasurementValue fragment
B.84 Structure fragment
Table B.76 – StringMeasurementValue payload fragment
337 B.85 Substation fragment
B.86 Switch fragment
Table B.77 – Structure payload fragment
Table B.78 – Substation payload fragment
338 B.87 SwitchPhase fragment
Figure B.42 – SwitchPhase payload fragment
Table B.79 – Switch payload fragment
339 B.88 TaggedPSRs fragment
Figure B.43 – TaggedPSRs payload fragment
Table B.80 – SwitchPhase payload fragment
340 B.89 TelephoneNumber fragment
B.90 Terminal fragment
Table B.81 – TelephoneNumber payload fragment
341 Figure B.44 – Terminal payload fragment
Table B.82 – Terminal payload fragment
342 B.91 TimeSchedule fragment
B.92 Tower fragment
Figure B.45 – TimeSchedule payload fragment
Table B.83 – TimeSchedule payload fragment
343 B.93 TownDetail fragment
Table B.84 – Tower payload fragment
344 B.94 TroubleReporter fragment
Figure B.46 – TownDetail payload fragment
Figure B.47 – TroubleReporter payload fragment
Table B.85 – TownDetail payload fragment
345 B.95 TroubleSymptoms fragment
Figure B.48 – TroubleSymptoms payload fragment
Table B.86 – TroubleReporter payload fragment
346 Table B.87 – TroubleSymptoms payload fragment
347 B.96 UndergroundStructure fragment
B.97 UsagePoint fragment
Table B.88 – UndergroundStructure payload fragment
348 B.98 UsagePointLocation fragment
Table B.89 – UsagePoint payload fragment
349 Figure B.49 – UsagePointLocation payload fragment
350 B.99 WirePhaseInfo fragment
B.100 WirePosition fragment
Table B.90 – UsagePointLocation payload fragment
Table B.91 – WirePhaseInfo payload fragment
351 B.101 WireSpacing fragment
B.102 WorkActivityRecord fragment
Table B.92 – WirePosition payload fragment
Table B.93 – WireSpacing payload fragment
352 Table B.94 – WorkActivityRecord payload fragment
353 Annex C (normative)Enumerated classes
C.1 AssetKind enumeration class
C.2 AssetLifeCycleStateKind enumeration class
Table C.1 – AssetKind
Table C.2 – AssetLifeCycleStateKind
354 C.3 AssetModelUsageKind enumeration class
C.4 ClearanceActionKind enumeration class
C.5 CorporateStandardKind enumeration class
Table C.3 – AssetModelUsageKind
Table C.4 – ClearanceActionKind
Table C.5 – CorporateStandardKind
355 C.6 CrewStatusKind enumeration class
C.7 CustomerKind enumeration class
C.8 ERTConfidenceKind enumeration class
Table C.6 – CrewStatusKind
Table C.7 – CustomerKind
356 C.9 InUseStateKind enumeration class
C.10 OutageCauseKind enumeration class
Table C.8 – ERTConfidenceKind
Table C.9 – InUseStateKind
Table C.10 – OutageCauseKind
357 C.11 OutageStatusKind enumeration class
C.12 PhaseCode enumeration class
Table C.11 – OutageStatusKind
Table C.12 – PhaseCode
358 C.13 PhaseConnectedFaultKind enumeration class
Table C.13 – PhaseConnectedFaultKind
359 C.14 PoleBaseKind enumeration class
C.15 RevisionKind enumeration class
C.16 RetiredReasonKind enumeration class
Table C.14 – PoleBaseKind
Table C.15 – RevisionKind
Table C.16 – RetiredReasonKind
360 C.17 SinglePhaseKind enumeration class
C.18 Source enumeration class
C.19 StructureMaterialKind enumeration class
Table C.17 – SinglePhaseKind
Table C.18 – Source
Table C.19 – StructureMaterialKind
361 C.20 SwitchActionKind enumeration class
C.21 TagActionKind enumeration class
C.22 TempEquipActionKind enumeration class
Table C.20 – SwitchActionKind
Table C.21 – TagActionKind
Table C.22 – TempEquipActionKind
362 C.23 TowerConstructionKind enumeration class
C.24 TroubleReportingKind enumeration class
C.25 TroubleSymptomsExtentKind enumeration class
C.26 TroubleSymptomsLightKind enumeration class
Table C.23 – TowerConstructionKind
Table C.24 – TroubleReportingKind
Table C.25 – TroubleSymptomsExtentKind
363 C.27 TroubleSymptomsPoleKind enumeration class
C.28 TroubleSymptomsTransformerKind enumeration class
C.29 TroubleSymptomsTreeKind enumeration class
Table C.26 – TroubleSymptomsLightKind
Table C.27 – TroubleSymptomsPoleKind
Table C.28 – TroubleSymptomsTransformerKind
364 C.30 TroubleSymptomsWireKind enumeration class
C.31 UndergroundStructureKind enumeration class
Table C.29 – TroubleSymptomsTreeKind
Table C.30 – TroubleSymptomsWireKind
Table C.31 – UndergroundStructureKind
365 C.32 Validity enumeration class
C.33 WireUsageKind enumeration class
C.34 WorkKind enumeration class
Table C.32 – Validity
Table C.33 – WireUsageKind
Table C.34 – WorkKind
366 C.35 WorkStatusKind enumeration class
C.36 WorkTaskKind enumeration class
Table C.35 – WorkStatusKind
Table C.36 – WorkTaskKind
367 Annex D (informative)Profiles defined in other parts of IEC 61968
D.1 CustomerAgreementConfig payload
368 D.2 CustomerConfig payload
Figure D.1 – CustomerAgreementConfig payload
369 Figure D.2 – CustomerConfig payload
370 D.3 MeterConfig payload
371 Figure D.3 – MeterConfig payload
372 D.4 UsagePointConfig payload
373 Figure D.4 – UsagePointConfig payload
374 D.5 UsagePointLocationConfig payload
375 Figure D.5 – UsagePointLocationConfig payload
376 Bibliography

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BS EN IEC 61968-3:2021
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