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BS EN IEC 61968-4:2019

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Application integration at electric utilities. System interfaces for distribution management – Interfaces for records and asset management

Published By Publication Date Number of Pages
BSI 2019 174
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IEC 61968:2019 specifies the information content of a set of message types that can be used to support many of the business functions related to records and asset management. Typical uses of the message types defined in this document include network extension planning, copying feeder or other network data between systems, network or diagram edits and asset inspection. Message types defined in other parts of IEC 61968 may also be relevant to these use cases.

This second edition cancels and replaces the first edition published in 2007. This edition constitutes a technical revision. This edition includes the following significant technical changes with respect to the previous edition: a) removal of edition 1 profiles whose functionality has been superseded by other parts of IEC 61970 and IEC 61968 standards. In particular, NetworkDataSet and ChangeSet have been superseded by standards such as CDPSM (IEC 61968-13) and other ongoing efforts such as change modelling; and Presentation has been superseded by Diagram Layout Profile (IEC 61970-453); b) revision of the edition 1 profiles AssetList, AssetCatalogue and TypeAssetCatalogue to realign with current use cases and the latest CIM UML release. These profiles are based on an old version of CIM UML and many of the classes in these profiles are no longer in the recent CIM UMLs; c) addition of several new profiles to enable the exchange of asset condition data, analytics results and alerts, assets’ physical, functional and lifecycle details, and assets’ work; d) informative annexes on how this document can be used to enable strategic asset management; e) informative annexes with illustrative examples for the application of this document; f) scope coordinated with IEC 61968-13 where applicable; g) use cases in IEC 62559-2 use case template; h) traceability of use cases to IEC 62913-2-1 use cases.

PDF Catalog

PDF Pages PDF Title
2 undefined
5 Annex ZA(normative)Normative references to international publicationswith their corresponding European publications
7 English
CONTENTS
13 FOREWORD
15 INTRODUCTION
16 Tables
Table 1 โ€“ Document overview for IEC 61968-4
17 1 Scope
2 Normative references
18 3 Terms and definitions
4 Reference and information models
4.1 General
4.2 Reference model
4.2.1 General
19 Figures
Figure 1 โ€“ Illustration of Asset-related message flows
20 Figure 2 โ€“ Illustration of Measurements-related message flows
21 4.2.2 Network Operation Monitoring (NMON)
4.2.3 Asset Monitoring and Measurement (AMM)
4.2.4 Asset Decision Support (ADS)
Figure 3 โ€“ Illustration of Analytics-related message flows
22 4.2.5 Substation and Network Inventory (EINV)
4.2.6 Geographical Inventory (GINV)
4.2.7 Maintenance and Inspection (MAI)
4.2.8 Work Scheduling and Dispatching (SCHD)
4.3 Interface Reference Model
23 4.4 Records and asset management
Table 2 โ€“ Business functions and abstract components
24 5 Records and asset management message types
5.1 General
5.2 AssetList messages
5.2.1 General
5.2.2 Applications
25 5.2.3 Message format
Figure 4 โ€“ AssetList message exchange
Figure 5 โ€“ AssetList message format
26 5.3 AssetCatalogue messages
5.3.1 General
5.3.2 Applications
27 5.3.3 Message format
Figure 6 โ€“ AssetCatalogue message exchange
28 Figure 7 โ€“ AssetCatalogue message format
29 Figure 8 โ€“ AssetCatalogue message: Asset element
Figure 9 โ€“ AssetCatalogue message: BusbarSectionInfo element
30 Figure 10 โ€“ AssetCatalogue message: PowerTransformerInfo element
Figure 11 โ€“ AssetCatalogue message: CatalogAssetType element
31 Figure 12 โ€“ AssetCatalogue message: Manufacturer element
32 5.4 TypeAssetCatalogue messages
5.4.1 General
5.4.2 Applications
33 5.4.3 Message format
Figure 13 โ€“ Type Asset Catalogue message exchange
34 Figure 14 โ€“ TypeAssetCatalogue message format
35 5.5 AssetTemplate messages
5.5.1 General
5.5.2 Applications
Figure 15 โ€“ Asset Template query exchange
36 5.5.3 Message format
Figure 16 โ€“ Asset template creation exchange
37 Figure 17 โ€“ AssetTemplate message showing the AssetContainer element
38 Figure 18 โ€“ AssetTemplate message showing the Asset and Medium elements
39 Figure 19 โ€“ AssetTemplate message showing the Bushing, InterrupterUnit, and OperatingMechanism elements
41 5.6 AssetDetail messages
5.6.1 General
5.6.2 Applications
42 5.6.3 Message format
Figure 20 โ€“ Asset Detail message exchange
Figure 21 โ€“ Asset Detail message format
43 Figure 22 โ€“ AssetDetail message: Asset element
44 Figure 23 โ€“ AssetDetail message: AssetDeployment element (included in the Asset element shown in Figure 22)
45 Figure 24 โ€“ AssetDetail message: SwitchOperationSummary element (included as BreakerOperation association within the Asset element shown in Figure 22)
46 Figure 25 โ€“ AssetDetail message: Location element
47 Figure 26 โ€“ AssetDetail message: Ownership element
48 Figure 27 โ€“ AssetDetail message: Joint element
49 Figure 28 โ€“ AssetDetail message: Streetlight element
50 Figure 29 โ€“ AssetDetail message: Structure element
51 Figure 30 โ€“ AssetDetail message: StructureSupport element
52 5.7 AssetHistory message
5.7.1 General
5.7.2 Applications
53 5.7.3 Message format
Figure 31 โ€“ Asset History message exchange
54 Figure 32 โ€“ AssetHistory message format
55 Figure 33 โ€“ AssetHistory message: ActivityRecord element
56 Figure 34 โ€“ AssetHistory message: FailureEvent element
57 Figure 35 โ€“ AssetHistory message: Author element
58 5.8 Asset Work History
5.8.1 General
5.8.2 Applications
5.8.3 Message format
Figure 36 โ€“ Asset Work History message exchange
59 Figure 37 โ€“ AssetWorkHistory message format
60 Figure 38 โ€“ AssetWorkHistory message: WorkTask element
61 Figure 39 โ€“ AssetWorkHistory message: MaintenanceWorkTask element
62 Figure 40 โ€“ AssetWorkHistory message: RepairWorkTask element
63 5.9 AssetPSRDetails message
5.9.1 General
5.9.2 Applications
64 5.9.3 Message format
Figure 41 โ€“ AssetPSRDetails message exchange 1
Figure 42 โ€“ AssetPSRDetails message exchange 2
65 Figure 43 โ€“ AssetPSRDetails message format
66 Figure 44 โ€“ AssetPSRDetails message: ACLineSegment element
67 Figure 45 โ€“ AssetPSRDetails message: Accumulator element
68 Figure 46 โ€“ AssetPSRDetails message: AsynchronousMachine element
69 Figure 47 โ€“ AssetPSRDetails message: Breaker element
70 Figure 48 โ€“ AssetPSRDetails message: BusbarSection element
71 Figure 49 โ€“ AssetPSRDetails message: Clamp element
72 Figure 50 โ€“ AssetPSRDetails message: CompositeSwitch element
73 Figure 51 โ€“ AssetPSRDetails message: EnergyConsumer element
74 Figure 52 โ€“ AssetPSRDetails message: EnergySource element
75 Figure 53 โ€“ AssetPSRDetails message: ExternalNetworkInjection element
76 Figure 54 โ€“ AssetPSRDetails message: FrequencyConverter element
77 Figure 55 โ€“ AssetPSRDetails message: GroundingImpedance element
78 Figure 56 โ€“ AssetPSRDetails message: NonRotatingEnergy element
79 Figure 57 โ€“ AssetPSRDetails message: PetersenCoil element
80 Figure 58 โ€“ AssetPSRDetails message: PowerTransformer element
81 Figure 59 โ€“ AssetPSRDetails message: PowerTransformerEnd element
82 Figure 60 โ€“ AssetPSRDetails message: TransformerTank element
83 Figure 61 โ€“ AssetPSRDetails message: ProtectedSwitch element
84 Figure 62 โ€“ AssetPSRDetails message: SeriesCompensator element
85 Figure 63 โ€“ AssetPSRDetails message: ShuntCompensator element
86 Figure 64 โ€“ AssetPSRDetails message: StaticVarCompensator element
87 Figure 65 โ€“ AssetPSRDetails message: Switch element
88 Figure 66 โ€“ AssetPSRDetails message: SynchronousMachine element
89 Figure 67 โ€“ AssetPSRDetails message: TapChanger element
90 5.10 AssetProcedures message
5.10.1 General
5.10.2 Applications
5.10.3 Message format
Figure 68 โ€“ AssetProcedures message exchange
91 Figure 69 โ€“ AssetProcedures message format
92 5.11 Procedures message
5.11.1 General
5.11.2 Applications
5.11.3 Message format
93 Figure 70 โ€“ Procedures message format
94 5.12 ProcedureDataSets message
5.12.1 General
5.12.2 Applications
Figure 71 โ€“ Procedures message format: AssetTemperaturePressureAnalog element
95 5.12.3 Message format
Figure 72 โ€“ ProcedureDataSets message exchange
96 Figure 73 โ€“ ProcedureDataSets message format
97 Figure 74 โ€“ ProcedureDatasets message: AnalogValue element
98 Figure 75 โ€“ ProcedureDataSets message: LabTestDataSet element
99 Figure 76 โ€“ ProcedureDataSets message format: Specimen element
100 5.13 AssetMeasurements message
5.13.1 General
5.13.2 Applications
5.13.3 Message format
Figure 77 โ€“ Asset Measurements message exchange
101 Figure 78 โ€“ AssetMeasurements message format
102 5.14 MeasurementDetails message
5.14.1 General
5.14.2 Applications
5.14.3 Message format
103 Figure 79 โ€“ MeasurementDetails message format
104 Figure 80 โ€“ MeasurementDetails message format: Analog element
105 Figure 81 โ€“ MeasurementDetails message format:CalculationMethodHierarchy element
106 Figure 82 โ€“ MeasurementDetails message format:AssetTemperaturePressureAnalog element
107 Figure 83 โ€“ MeasurementDetails message format: TestStandard element
108 5.15 MeasurementValues message
5.15.1 General
5.15.2 Applications
5.15.3 Message format
109 Figure 84 โ€“ MeasurementValues message format
110 5.16 Analytics message
5.16.1 General
5.16.2 Applications
111 5.16.3 Message format
Figure 85 โ€“ Analytics message exchanges
112 Figure 86 โ€“ Analytics message format
113 5.17 AssetAnalytics message
5.17.1 General
5.17.2 Applications
5.17.3 Message format
114 Figure 87 โ€“ AssetAnalytics message format 1
115 Figure 88 โ€“ AssetAnalytics message format 2
116 Figure 89 โ€“ AssetAnalytics message format: AnalyticScore element
Figure 90 โ€“ AssetAnalytics message format: HealthScore element
117 Figure 91 โ€“ AssetAnalytics message format: RiskScore element
118 5.18 AssetGroupAnalytics message
5.18.1 General
5.18.2 Applications
119 5.18.3 Message format
Figure 92 โ€“ AssetGroupAnalytics message format
120 5.19 AssetHealthEvents message
5.19.1 General
5.19.2 Applications
121 5.19.3 Message format
Figure 93 โ€“ AssetHealthEvents message exchanges
122 Figure 94 โ€“ AssetHealthEvents message format
123 6 Document conventions
6.1 UML diagrams
6.2 Message definitions
6.2.1 General
6.2.2 Mandatory vs. optional
6.2.3 Verb tense
6.3 Synchronous versus asynchronous messages
124 6.4 Depiction of simple acknowledgment messages
125 Annexes
Annex A (normative) Description of message type verbs
Table A.1 โ€“ Normative definitions of verbs
127 Annex B (informative) Use cases
B.1 Business use cases
Figure B.1 โ€“ IEC 62913 Conceptual model (source: IEC 62913-1)
128 B.2 System use cases
B.2.1 General
B.2.2 Analytical evaluation of asset health
Figure B.2 โ€“ Brief description of the use case on “decide asset renewal priorities and optimise maintenance programmes” (source: IEC 62913-2-1).
136 B.2.3 Replacement of asset
143 Annex C (informative) Asset management
C.1 General
C.2 Condition-based maintenance (CBM)
Figure C.1 โ€“ Illustration of condition-based maintenance (CBM)
145 C.3 Asset management and ISO 55000
Figure C.2 โ€“ Illustration of asset management
146 Figure C.3 โ€“ ISO 55000/1/2 asset management concept and clauses.
148 Annex D (informative) Asset models and information exchange โ€“ The case for formal instance templates
D.1 CIM asset containment
D.2 Common instance templates for interoperability
D.2.1 General
Figure D.1 โ€“ Asset component flexibility provided by CIM
149 D.2.2 Instance template documentation
Figure D.2 โ€“ Classes utilized in common instance templates
150 D.2.3 Instance templates for breakers
Table D.1 โ€“ Salient characteristics for each transmission breaker family
151 Figure D.3 โ€“ SF6 dead tank breaker variants
Figure D.4 โ€“ Common instance template for SF6 dead tank breaker with 1 tank, 1 mechanism, single breaks
152 Figure D.5 โ€“ Common instance template for SF6 dead tank breaker with 3 tanks, 1 mechanism, single breaks
153 Figure D.6 โ€“ Common instance template for SF6 dead tank breaker with 3 tanks, 3 mechanisms, double breaks
Figure D.7 โ€“ SF6 live tank breaker variants
154 Figure D.8 โ€“ Common instance template for SF6 live tank breaker with 3 insulating stacks on one base, 1 mechanism, single breaks
155 Figure D.9 โ€“ Common instance template for SF6 live tank breaker with 6 insulating stacks on 3 bases, 3 mechanisms, 4 breaks
Figure D.10 โ€“ Bulk oil breaker variants
156 Figure D.11 โ€“ Common instance template for bulk oil breaker with 1 tank, 1 mechanism
157 Figure D.12 โ€“ Common instance template for bulk oil breaker with 3 tanks, 1 mechanism
158 Figure D.13 โ€“ Minimum oil breaker variants
159 Figure D.14 โ€“ Common instance template for minimum oil breaker with 3 insulating stacks on one base, 1 mechanism, single break
Figure D.15 โ€“ Air blast breaker variants
160 Figure D.16 โ€“ Common instance template for air blast breaker with 3 insulating stacks on one base, 1 mechanism, double breaks
161 Figure D.17 โ€“ Common instance template for air blast breaker with 9 insulating stacks on 3 bases, 3 mechanisms, 6 breaks
162 Annex E (informative) Asset models and information exchange
E.1 General
163 E.2 Asset replacement
E.3 Data for asset condition analytics
Figure E.1 โ€“ Information exchange for asset replacement
164 E.4 Data for operational analytics
Figure E.2 โ€“ Information exchange for asset condition data
165 Figure E.3 โ€“ Information exchange for operational analytics
166 Annex F (informative) Asset measurement models and information exchange
F.1 General
167 F.2 Ad hoc measurements
Figure F.1 โ€“ Diagram illustrating objects instantiated for lab testing
168 Figure F.2 โ€“ Typical message exchanges for ad-hoc measurements
169 F.3 Online measurements
Figure F.3 โ€“ Objects instantiated for DGA monitoring
170 Figure F.4 โ€“ Message exchanges for online measurements
171 Annex G (informative) Analytics models and information exchange
172 Figure G.1 โ€“ Illustrative analytics information exchange
BS EN IEC 61968-4:2019
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