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BS EN 61970-452:2013:2014 Edition

$215.11

Energy management system application program interface (EMS-API) – CIM Static transmission network model profiles

Published By Publication Date Number of Pages
BSI 2014 124
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This part of IEC 61970 forms part of the IEC 61907-450 to 499 series that, taken as a whole, defines at an abstract level the content and exchange mechanisms used for data transmitted between control centers and/or control center components.

The purpose of this document is to rigorously define the subset of classes, class attributes, and roles from the CIM necessary to execute state estimation and power flow applications. The North American Electric Reliability Council (NERC) Data Exchange Working Group (DEWG) Common Power System Modeling group (CPSM) produced the original data requirements, which are shown in Annex C. These requirements are based on prior industry practices for exchanging power system model data for use primarily in planning studies. However, the list of required data has been extended to facilitate a model exchange that includes parameters common to breaker-oriented applications. Where necessary this document establishes conventions, shown in Clause 5, with which an XML data file must comply in order to be considered valid for exchange of models.

This document is intended for two distinct audiences, data producers and data recipients, and may be read from two perspectives.

From the standpoint of model export software used by a data producer, the document describes a minimum subset of CIM classes, attributes, and associations which must be present in an XML formatted data file for model exchange. This standard does not dictate how the network is modelled, however. It only dictates what classes, attributes, and associations are to be used to describe the source model as it exists. All classes, attributes, and associations not explicitly labeled as recommended or conditionally required should be considered required with the following caveat. Consider, as an example, the situation in which an exporter produces an XML data file describing a small section of the exporter’s network that happens to contain no breakers. The resulting XML data file should, therefore, not contain an instance of the Breaker class. On the other hand, if the section of the exporter’s network does contain breakers, the resulting data file should contain instances of the Breaker class that include, at a minimum, the attributes and roles described herein for Breakers. Furthermore, it should be noted that an exporter may, at his or her discretion, produce an XML data file containing additional class data described by the CIM RDF Schema but not required by this document provided these data adhere to the conventions established in Clause 5.

From the standpoint of the model import used by a data recipient, the document describes a subset of the CIM that importing software must be able to interpret in order to import exported models. As mentioned above, data providers are free to exceed the minimum requirements described herein as long as their resulting data files are compliant with the CIM RDF Schema and the conventions established in Clause 5. The document, therefore, describes additional classes and class data that, although not required, exporters will, in all likelihood, choose to include in their data files. The additional classes and data are labeled as recommended or as not required to distinguish them from their required counterparts. Please note, however, that data importers could potentially receive data containing instances of any and all classes described by the CIM RDF Schema.

PDF Catalog

PDF Pages PDF Title
4 Foreword
Endorsement notice
5 Annex ZA (normative) Normative references to international publications with their corresponding European publications
6 English
CONTENTS
10 INTRODUCTION
11 1 Scope
12 2 Normative references
3 Overview of data requirements
3.1 Overview
3.2 General requirements
13 3.3 Transformer modeling
Figures
Figure 1 – Two winding transformer impedance
14 3.4 Modeling authorities
Figure 2 – Three winding transformer impedance
15 3.5 Use of measurement classes
3.5.1 General
Tables
Table 1 – Valid measurementTypes
16 3.5.2 ICCP data exchange
3.6 Voltage or active power regulation
3.7 Use of curves
3.7.1 General
3.7.2 Generating unit reactive power limits
17 3.8 Definition of schedules
4 CIM Equipment Profile
4.1 CIM Equipment Profile General
4.2 Concrete Classes
4.2.1 Accumulator
Table 2 – Profiles defined in this document
18 4.2.2 AccumulatorValue
19 4.2.3 ACLineSegment
20 4.2.4 ActivePowerLimit
21 4.2.5 Analog
22 4.2.6 AnalogValue
4.2.7 ApparentPowerLimit
23 4.2.8 BaseVoltage
4.2.9 Bay
24 4.2.10 Breaker
25 4.2.11 BusbarSection
4.2.12 ConformLoad
26 4.2.13 ConformLoadGroup
27 4.2.14 ConformLoadSchedule
28 4.2.15 ConnectivityNode
4.2.16 ControlArea
29 4.2.17 ControlAreaGeneratingUnit
4.2.18 CurrentLimit
30 4.2.19 CurveData
31 4.2.20 DayType
4.2.21 Disconnector
32 4.2.22 Discrete
4.2.23 DiscreteValue
33 4.2.24 EnergyConsumer
34 4.2.25 EquivalentBranch
35 4.2.26 EquivalentInjection
36 4.2.27 EquivalentNetwork
4.2.28 EquivalentShunt
37 4.2.29 FossilFuel
4.2.30 GeneratingUnit
40 4.2.31 GeographicalRegion
4.2.32 GrossToNetActivePowerCurve
41 4.2.33 HydroGeneratingUnit
43 4.2.34 HydroPump
4.2.35 IEC61970CIMVersion
44 4.2.36 ImpedanceVariationCurve
4.2.37 Line
45 4.2.38 LoadArea
4.2.39 LoadBreakSwitch
46 4.2.40 LoadResponseCharacteristic
49 4.2.41 MeasurementValueSource
4.2.42 MutualCoupling
50 4.2.43 NonConformLoad
52 4.2.44 NonConformLoadGroup
4.2.45 NonConformLoadSchedule
53 4.2.46 NuclearGeneratingUnit
54 4.2.47 OperationalLimitSet
55 4.2.48 OperationalLimitType
56 4.2.49 PhaseTapChanger
58 4.2.50 PhaseVariationCurve
4.2.51 PowerTransformer
59 4.2.52 RatioTapChanger
60 4.2.53 RatioVariationCurve
61 4.2.54 ReactiveCapabilityCurve
62 4.2.55 RegularTimePoint
63 4.2.56 RegulatingControl
64 4.2.57 RegulationSchedule
65 4.2.58 Season
4.2.59 SeriesCompensator
66 4.2.60 ShuntCompensator
67 4.2.61 StaticVarCompensator
69 4.2.62 StationSupply
70 4.2.63 SubGeographicalRegion
4.2.64 SubLoadArea
71 4.2.65 Substation
4.2.66 Switch
72 4.2.67 SwitchSchedule
73 4.2.68 SynchronousMachine
75 4.2.69 TapSchedule
76 4.2.70 Terminal
77 4.2.71 ThermalGeneratingUnit
78 4.2.72 TieFlow
79 4.2.73 TransformerWinding
81 4.2.74 Unit
4.2.75 VoltageLevel
82 4.2.76 VoltageLimit
83 4.2.77 WindGeneratingUnit
84 4.3 Abstract Classes
4.3.1 BasicIntervalSchedule
4.3.2 ConductingEquipment
85 4.3.3 Conductor
86 4.3.4 ConnectivityNodeContainer
4.3.5 Curve
87 4.3.6 EnergyArea
4.3.7 Equipment
88 4.3.8 EquipmentContainer
4.3.9 EquivalentEquipment
89 4.3.10 IdentifiedObject
90 4.3.11 LoadGroup
4.3.12 Measurement
92 4.3.13 MeasurementValue
4.3.14 OperationalLimit
93 4.3.15 PowerSystemResource
4.3.16 RegularIntervalSchedule
94 4.3.17 RegulatingCondEq
95 4.3.18 SeasonDayTypeSchedule
4.3.19 TapChanger
97 4.4 Enumerations
4.4.1 ControlAreaTypeKind
4.4.2 CurveStyle
98 4.4.3 FuelType
4.4.4 GeneratorControlSource
4.4.5 OperationalLimitDirectionKind
99 4.4.6 PhaseTapChangerKind
4.4.7 RegulatingControlModeKind
100 4.4.8 SeasonName
4.4.9 SVCControlMode
4.4.10 SynchronousMachineOperatingMode
101 4.4.11 SynchronousMachineType
4.4.12 TapChangerKind
4.4.13 TransformerControlMode
102 4.4.14 UnitSymbol
103 4.4.15 WindingConnection
104 4.4.16 WindingType
4.5 Datatypes
4.5.1 ActivePower
4.5.2 AngleDegrees
4.5.3 ApparentPower
105 4.5.4 Conductance
4.5.5 CurrentFlow
4.5.6 Length
4.5.7 Money
4.5.8 PerCent
106 4.5.9 Reactance
4.5.10 ReactivePower
4.5.11 Resistance
4.5.12 Seconds
4.5.13 Susceptance
107 4.5.14 Voltage
4.5.15 VoltagePerReactivePower
5 Amplifications and conventions
5.1 Overview
5.2 XML file validity
5.3 Normative string tables
Table 3 – Valid attribute values
109 5.4 Roles and multiplicity
110 Annex A (informative)Model exchange use cases
Figure A.1 – Security coordinators
111 Figure A.2 – CIM model exchange
112 Figure A.3 – Revised CIM model exchange
113 Figure A.4 – Hierarchical modeling
114 Annex B (informative)Modeling authorities
116 Annex C (informative)Common power system model (CPSM) minimum data requirements
120 Figure C.1 – Example model configuration
121 Bibliography
BS EN 61970-452:2013
$215.11