IEC TR 62689-100:2016

Current and voltage sensors or detectors, to be used for fault passage indication purposes - Part 100: Requirements and proposals for the IEC 61850 series data model extensions to support fault passage indicators applications

IEC TR 62689-100:2016(E), which is a Technical Report, was prepared jointly with TC 57 with the scope to prepare requirements and proposals for the IEC 61850 series data model extensions to support fault passage indicators (all classes and extended functions) applications to be introduced in the future IEC 61850-90-6 and that, in turn, will be needed for the preparation of the future IEC 62689-3.

General Information

• Status: Published
• Publication Date: 25-Oct-2016
• ICS: 01 - GENERALITIES. TERMINOLOGY. STANDARDIZATION. DOCUMENTATION
• ICS: 17.220.20 - Measurement of electrical and magnetic quantities
• Technical Committee: TC 38 - Instrument Transformers
• Current Stage: PPUB - Publication issued
• Start Date: 15-Jan-2017
• Completion Date: 26-Oct-2016

Standards Content (Sample)

IEC TR 62689-100 ®
Edition 1.0 2016-10
TECHNICAL
REPORT
colour
inside
Current and voltage sensors or detectors, to be used for fault passage indication
purposes –
Part 100: Requirements and proposals for the IEC 61850 series data model
extensions to support fault passage indicators applications

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IEC TR 62689-100 ®
Edition 1.0 2016-10
TECHNICAL
REPORT
colour
inside
Current and voltage sensors or detectors, to be used for fault passage indication

purposes –
Part 100: Requirements and proposals for the IEC 61850 series data model

extensions to support fault passage indicators applications

INTERNATIONAL
ELECTROTECHNICAL
COMMISSION
ICS 17.220.20 ISBN 978-2-8322-3724-3

– 2 – IEC TR 62689-100:2016 © IEC 2016
CONTENTS
FOREWORD. 6
INTRODUCTION . 8
1 Scope . 9
2 Normative references . 9
3 Terms, definitions and abbreviated terms . 9
3.1 Terms and definitions . 9
3.2 Abbreviated terms . 10
3.2.1 Generic abbreviated terms . 10
3.2.2 Proposed specifically for the data model part of this document . 11
3.2.3 Existing abbreviated terms used in IEC 61850 (all parts) data object
names model . 12
3.3 Fault classification definitions . 22
4 Requirements and use cases . 23
4.1 General . 23
4.2 Common actors . 24
4.3 Use cases: fault indication and report . 33
4.3.1 Generic use case – Not fault type specific . 33
4.3.2 Overcurrent non directional Fault Localization and Indication (F1C/NC) . 51
4.3.3 Phase to earth faults, non directional fault detection (F2) . 52
4.3.4 Overcurrent and phase to earth non directional faults detection (F3) . 52
4.3.5 Overcurrent, directional and non directional, fault detection (F4) . 53
4.3.6 Overcurrent, non directional, phase to earth faults, directional and non
directional fault detection (F5) . 53
4.3.7 Overcurrents and phase to earth faults, directional and non directional
fault detection (F6) . 53
4.4 Use cases related to “other functions” . 53
4.4.1 Report on device health . 53
4.4.2 Monitor substation environment . 53
4.4.3 Monitor external communication . 53
4.4.4 Monitor energy flow (energy flow related use cases) . 53
4.4.5 Contribute to distributed automatic FLISR . 59
4.4.6 Contribute to distributed automatic VVC . 75
4.4.7 Contribute to distributed DER management . 75
4.5 Use cases related to “Product life cycle” . 75
4.5.1 IED configuration via CID file . 75
5 Information Models . 100
5.1 Mapping of requirements on LNs . 100
5.1.1 General . 100
5.1.2 Mapping of the requirements of Fault Identification and report . 100
5.1.3 Mapping of the requirements of “other functions” . 101
5.1.4 Mapping of the requirements of “product life cycle” (FieldComp remote
configuration) . 103
6 Logical node classes . 103
6.1 General . 103
6.2 Package LNGroupL . 104
6.2.1 General . 104
6.2.2 LICH LN . 106

6.2.3 LN: Common LD Settings  Name: LCLD . 107
6.3 Package LNGroupM . 108
6.3.1 General . 108
6.3.2 LN: Energy  Name: MMTNExt . 109
6.3.3 LN: Energy  Name: MMTRExt . 111
6.3.4 LN: Measurement  Name: MMXNExt . 113
6.3.5 LN: Measurement  Name: MMXUExt . 114
6.4 Package LNGroupS . 116
6.4.1 General . 116
6.4.2 LN: Current presence monitoring  Name: SCPI . 117
6.4.3 LN: Fault Passage Indicator  Name: SFPI . 118
6.4.4 LN: Fault indicator statistic calculation  Name: SFST . 120
6.4.5 LN: Voltage presence indicator  Name: SVPI . 121
7 Data object name semantics and enumerations . 123
7.1 Data semantics . 123
7.2 Enumerated data attribute types . 126
7.2.1 General . 126
7.2.2 CIDHandlingResultKind enumeration . 127
7.2.3 CIDHandlingStatusKind enumeration . 128
7.2.4 CurrentTransformersArrangementKind enumeration . 128
7.2.5 FaultConfirmationModeKind enumeration . 128
7.2.6 FaultPermanenceKind enumeration . 129
7.2.7 PwrFlwSignKind enumeration . 129
8 SCL enumerations (from DOEnumsJAHWG51) . 129
9 References . 130
Annex A (informative) Interpretation of logical node tables . 131
A.1 General interpretation of logical node tables . 131
A.2 Conditions for element presence . 131
Bibliography . 134

Figure 1 – Actors global hierarchy . 25
Figure 2 – System Actors SGAM positioning (function) . 26
Figure 3 – System Actors SGAM positioning (not function related) . 27
Figure 4 – Fault indication – Main use case . 35
Figure 5 – Fault detection and indication – T1 . 36
Figure 6 – Fault detection and indication– T2 . 37
Figure 7 – Fault detection and indication for FPI – T3,T4 (with communication to
HV/MV SS) in the context of FLISR as described in 4.4.5 . 38
Figure 8 – Fault detection and indication for FPI – T3,T4 (without communication to
HV/MV SS) in the context of FLISR as described in 4.4.5 . 39
Figure 9 – Voltage presence/absence . 52
Figure 10 – Energy flow related use cases . 54
Figure 11 – Sequence diagram for monitoring energy flows use cases . 55
Figure 12 – Logical selectivity – FLI along the MV feeder . 61
Figure 13 – Logical selectivity – FLI inside the EU plant . 62
Figure 14 – Logical selectivity – FLI along the MV feeder and anti-islanding . 63
Figure 15 – Use case – fault location indication . 64

– 4 – IEC TR 62689-100:2016 © IEC 2016
Figure 16 – For further analysis . 65
Figure 17 – IED configuration process via CID . 77
Figure 18 – FieldComp configuration – Main UC . 78
Figure 19 – FieldComp asset management . 79
Figure 20 – Gri
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