Iec 61968 3 2017

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Part 3: Int er ace for network operat ions

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Part 3: Int er ace for network operat ions

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FOREWORD 6

INTRODUCTION 8

1 Sco e 9

2 Normative ref eren es 10 3 Terms, def i ition an a breviated terms 1

3.1 Terms an def i ition 1

3 2 Ab reviated terms 1

4 Ref eren e an Inf ormation Models 1

4.1 General a pro c to network o eration 1

4.2 Ref eren e Model 12 4 3 Interace Ref eren e Model 1

3 4.4 Network o eration fu ction an comp nents 13 4.5 Static Information Model 15 4.5.1 General 15 4.5.2 Clas es related to network o eration 15 5 Network o eration mes age p ylo d 15 5.1 General 15 5.2 OperationsConf iguration p ylo d 16 5.2.1 General 16 5.2.2 Mes age p ylo d 16 5.3 Meas rementsAndControls p ylo d 17 5.3.1 General 17 5.3.2 Me s rement 17 5.3.3 Control 18 5.3.4 Mes age p ylo d 18 5.4 TemporaryNetworkChanges p ylo d 21

5.4.1 General 21

5.4.2 Mes age p ylo d 2

5.5 SwitchingPlan p ylo d 2

5.5.1 General 2

5.5.2 Mes age p ylo d 2

5.6 OperationalTags p ylo d 3

5.6.1 General 3

5.6.2 Mes age p ylo d 3

5.7 TroubleTicket p ylo d 3

5.8 Incident p ylo d 3

5.8.1 General 3

5.8.2 Mes age p ylo d 41

5.9 Outage p ylo d 4

5.9.1 General 4

5.9.2 Mes age p ylo d 4

5.10 Meterin mes age p ylo d 4

5.10.1 EndDeviceEvent 4

5.1 Work mes age p ylo d 4

5.1 1 WorkOrder 4

5.12 SwitchingOrder 4

5.12.1 General 4

5.12.2 Mes age p ylo d 4

5.13 TroubleOrder 4

5.13.1 General 4

5.13.2 Mes age p ylo d 5

5.14 OutageSchedule 51

5.14.1 General 51

5.14.2 Mes age p ylo d 5

6 Doc ment Con ention 5

6.1 UML diagrams 5

6.2 Mes age p ylo d def i ition 5

6.2.1 General 5

6.2.2 Man atory vers s Optional 5

6.3 Sy c ronou vers s As n hronou Mes ages 5

6.4 Mes age ex han es 5

An ex A (informative) Use Cases 5

A.1 General 5

A.2 F ISR 5

A.2.1 Overview 5

A.2.2 F ISR for SCADA-detected outage, SCADA switc in 5

A.2.3 F ISR for trouble cal an AMI outage, crew switc in 5

A.3 Plan ed outage 6

A.3.1 Plan ed outage f or maintenan e – Man al proces 6

A.3.2 Plan ed outage f or maintenan e – Crew switc in 6

An ex B (normative) XML Sc emas for mes age p ylo d 6

B.1 General 6

B.2 Incidents mes age p ylo d 6

B.3 Meas rementsAndControls mes age p ylo d 7

B.4 OperationalTags mes age p ylo d 8

B.5 OperationsConf ig mes age p ylo d 8

B.6 OutagesAndFaults mes age p ylo d 8

B.7 OutageSchedules mes age p ylo d 9

Fig re 5 – MeasurementsAndControls mes age p ylo d 19

Fig re 6 – MeasurementsAndControls mes age p ylo d, AnalogValue detai 2

Fig re 7 – MeasurementsAndControls mes age p ylo d, Setp int (AnalogControl detai 21

Fig re 8 – Temp rary Network Chan es 2

Fig re 9 – Temporar yNetworkChanges mes age p ylo d 2

Fig re 10 – TemporaryNetworkChanges mes age p ylo d, Clamp detai 2

Fig re 1 – TemporaryNetworkChanges mes age p ylo d, Cut detai 2

Fig re 12 – TemporaryNetworkChanges mes age p ylo d, EnergySource Detai s 2

Fig re 13 – TemporaryNetworkChanges mes age p ylo d, Ground detai s 2

Fig re 14 – TemporaryNetworkChanges mes age p ylo d, Jumper Detai s 2

Fig re 15 – Switc in Plan 2

Fig re 16 – SwitchingPlans mes age p ylo d 2

Fig re 17 – SwitchingPlans mes age p ylo d, SafetyDocument detai 3

Fig re 18 – SwitchingPlan mes age p ylo d, ClearanceAction detai 31

Fig re 19 – SwitchingPlan mes age p ylo d, GenericAction detai 3

Fig re 2 – SwitchingPlan mes age p ylo d, EnergySourceAction detai 3

Fig re 21 – SwitchingPlan mes age p ylo d, CutAction detai 3

Fig re 2 – SwitchingPlan mes age p ylo d, GroundAction detai 3

Fig re 2 – SwitchingPlan mes age p ylo d, JumperAction detai 3

Fig re 2 – SwitchingPlan mes age p ylo d, SwitchingAction detai 3

Fig re 2 – SwitchingPlan mes age p ylo d, TagAction detai 3

Fig re 2 – Tag 3

Fig re 2 – OperationalTags mes age p ylo d 3

Fig re 2 – Trouble Tic et 3

Fig re 2 – Incident 4

Fig re 3 – Incident mes age p ylo d 41

Fig re 31 – Outage 4

Fig re 3 – OutagesAndFaults mes age p ylo d 4

Fig re 3 – En Device Event 4

Fig re 3 – Meter Re din 4

Fig re 3 – Work Order 4

Fig re 3 – Switc in Order 4

Fig re 3 – SwitchingOrder mes age p ylo d 4

Fig re 3 – Trouble Order 5

Fig re 3 – TroubleOrder mes age p ylo d 51

Fig re 4 – Outage Sc ed le 5

Fig re 41 – OutageSchedule mes age p ylo d 5

Fig re 4 – OutageSchedule mes age p ylo d, PlannedOutages detai 5

Fig re A.1 – F ISR for SCADA-Detected Outage, SCADA Switc in 5

Fig re A.2 – F ISR for trouble cal an AMI outage, crew switc in 6

Fig re A.3 – Plan ed outage f or maintenan e – Man al proces 6

Fig re A.4 – Plan ed outage for maintenan e, crew switc in 6

Ta le 1 – Bu ines Fu ction an Abstract Comp nents 14 Ta le 2 – Interpretation of Network Op ration Bu ines Fu ction 15 Ta le 3 – Clas es related to network o eration 15 Ta le A.1 – Mes age Flow for FLISR SCADA-Detected Outage, SCADA Switc in 5

Ta le A.2 – Mes age flows f or FLISR for trouble cal an AMI outage, crew switc in 61

Ta le A.3 – Mes age flows f or plan ed outage for maintenan e, crew switc in 6

INTERNATIONAL ELECTROTECHNICAL COMMISSION

This edition in lu es the f ol owin sig if i ant tec nical c an es with resp ct to the previou

INTRODUCTION

APPLICA TION INTEGRA TION A T ELECTRIC UTILITIES –

Figure 1 – IEC 619 8-3 Scope

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3 Terms, def initions and abbreviated terms

f or the a i ty to color lnes ac ordin to whether they are energized or not In ad ition, in

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4.3 Interfa e Refere c Model

Table 1 – Busine s F nctions a d Abstra t Comp ne ts

Ta le 2 s ows the interpretation of the bu ines fu ction defined in Ta le 1 as it relates to

cases

Work

stru tures are diagrammed within Clau e 5 Note that these diagrams are examples an not

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5.3 Me s rementsAn Controls pa loa

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• SCADA notifies interested p rties c anges in the statu of a switc or a ta c an er as

Figure 5 – Me s rementsAn Controls me s g pa loa

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Fig re 6 – Me s rementsAn Controls me s ge pa loa , AnalogValue detai

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Figure 7 – Me s rementsAn Controls me s ge pa loa , Setpoint (AnalogControl) d tai

Figure 8 – Temporary Network Ch nge

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Figure 10 – T mp raryNetworkChan es me s g pa loa , Clamp detai

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Fig re 1 – T mp raryNetworkChan es me s ge pa loa , Cut d tai

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Figure 12 – Temp raryNetworkChan es me s ge pa loa , Energ S urc Detai s

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Figure 13 – T mp raryNetworkChan es me s g pa loa , Grou d detai s

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Figure 14 – T mp raryNetworkChan es me s ge pa loa , J mp r Detai s

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• A switc in plan is cre ted

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Figure 16 – Switchin Plan me s ge pa loa

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Figure 17 – Switchin Plan me s ge pa loa , SafetyDo ument detai

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Fig re 19 s ows the GenericAction mes age p ylo d Generic action within a switc in plan

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Fig re 21 defines the p ylo d for a CutAction, whic is u ed to sp cify a switc in ste to

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Figure 2 – Switchin Plan me s ge pa loa , Grou dAction detai

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Fig re 2 defines the p ylo d for Switchin Action, whic is u ed to sp cify a switc in ste

g

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Figure 2 – Switchin Plan me s ge pa loa , TagAction detai

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• When p rormin fault isolation, the field crew a pl es a Do Not Op rate tag to al isolatin

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Figure 2 – Op rationalTag me s ge pa loa

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Figure 2 – Incident

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5.8.2 Me s ge pa loa

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5.9 Outage pa loa

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– Durin the l f ec cle of outages, the outage information is updated, e.g to notify a out

5.9.2 Me s ge pa loa

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5.10 Meterin me s g pa loa s

t

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Figure 3 – Meter Re din

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Figure 3 – Switc ing Order

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Figure 3 – Switchin Order me s ge pa loa

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• A trouble order is p rtly or completely exec ted

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Figure 3 – TroubleOrder me s g pa loa

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Fig re 4 – Outa e Sc e ule

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Figure 41 – Outage ched le me s ge pa loa

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Figure 4 – Outage ched le me sa e pa loa , Plan edOutages detai

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6 Docume t Conventions

Annex A

Network Op ration wi direct Network Control to exec te e c ste of the selected switc in

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Table A.1 – Me s ge Flow f or FLISR SCADA-Dete te Outa e, SCADA Switc ing

outage, as wel as cau e an estimated time of restoration Fault Management can also

Figure A.2 – FLISR for trouble c l a d A MI outa e, crew switc ing

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Table A.2 – Me s ge flows f or FLISR f or trouble c l a d A MI outa e, crew switc ing

Fig re A.3 – Pla ne outa e f or mainte a c – Ma ual proc s

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state Af ter the neces ary a provals in the control ro m, Switc Action Sc ed ln sen s the

Figure A.4 – Pla n d outa e f or mainte a c , crew switc ing

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Table A.3 – Me s ge flows f or pla ne outa e for mainte a c , crew switc ing

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