Iec 61968 6 2015

IEC 619 8-3 to 9 of this stan ard define interf aces relevant to e c of the major bu ines fu ction des rib d by the Inter ace Ref eren e Model.. Where there is a diff eren e b twe n the

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FOREWORD 4

INTRODUCTION 6

1 Sco e 8

2 Normative ref eren es 8

3 Terms, def i ition an a breviation 9

3.1 Terms an def i ition 9

3 2 Ab reviation

9 4 Ref eren e an information models 9

4.1 General 9

4.2 Ref eren e model 10 4.2.1 General 1

0 4.2.2 Ge gra hical In entory (GINV) 12 4.2.3 Maintenan e an In p ction (MAI) 12 4.2.4 Con tru tion 12 4.2.5 Desig 12 4.2.6 Work Sc ed l n an Disp tc in (SCHD) 12 4.2.7 Field Recordin (FRD) 12 4.2.8 Network Op ration Simulation (SIM) 12 4.2.9 Cu tomer Service (CS) 12 4.2.10 Trouble cal management (TCM) 12 4.2.11 Finan ial (FIN) 13 4.2.12 Human resources 13 4.2.1 3 As et Management (AM) Sy tem 1

3 4.2.14 Network Op ration (NO) 13 4.3 Interace referen e model 13 4.4 Maintenan e an con tru tion fu ction an comp nents 14 4.5 Static information model 14 4.5.1 Information model clas es 14 4.5.2 Clas es f or maintenan e an con tru tion 14 4.6 Maintenan e an con tru tion u e cases 15 5 Maintenan e an con tru tion mes age typ s 16 5.1 General 16 5.2 Work 17 5.3 Work req est mes age 17 5.3.1 General 17 5.3.2 Ap l cation – Car y out plan ed maintenan e with temp rary eq ipment 17 5.3.3 Mes age format 19 5.4 Service order mes age 2

5.4.1 General 2

5.4.2 Ap l cation – Meter in tal ation an removal 2

5.4.3 Mes age format 21

5.5 Maintenan e order mes age 2

5.5.1 General 2

5.5.2 Ap l cation 2

5.5.3 Mes age format 2

6 Doc ment con ention 2

6.1 UML diagrams 2

6.2 Mes age definition 2

6.2.1 General 2

6.2.2 Man atory vers s o tional 2

An ex A (normative) Des ription of mes age typ verbs 2

An ex B (normative) XML Sc emas for Mes age Paylo d 2

B.1 General 2

B.2 WorkReq est 2

B.3 ServiceOrder 5

B.4 Maintenan eOrder 91

Biblogra h 14 Fig re 1 – As et lfe c cle 10 Fig re 2 – IEC 619 8-6 ref eren e model f or maintenan e 1

Fig re 3 – En -to-en bu ines cases an related mes ages 16 Fig re 4 – Car y out plan ed maintenan e with temp rary eq ipment 18 Fig re 5 – Work req est mes age f ormat 19 Fig re 6 – Meter in tal ation an removal 2

Fig re 7 – Service order mes age format 2

Fig re 8 – Maintenan e of hig voltage device ( ran former etc) req ested by FRD 2

Fig re 9 – Maintenan eOrder mes age format 2

Ta le 1 – Doc ment overview for IEC 619 8-6

7 Ta le 2 – Bu ines fu ction an a stract comp nents 14 Ta le 3 – Maintenan e an con tru tion clas es 15 Ta le A.1 – Commonly u ed verbs 2

INTERNATIONAL ELECTROTECHNICAL COMMISSION

Part 6: Interfaces f or maintenance and construction

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commit e 5 : Power s stems management an as ociated inf ormation ex han e

The text of this stan ard is b sed on the f ol owin doc ments:

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A lst of al p rts in the IEC 619 8 series, publ s ed u der the general title Ap l i ation

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The IEC 619 8 stan ard, taken as a whole, defines interf aces for the major elements of an

interace arc itecture f or Distribution Management Sy tems (DMS) IEC 619 8-1, Intera e

arc itecture a d g n ral re omme d at ions, identifies an esta l s es req irements f or

stan ard inter aces b sed on an Interace Referen e Model (IRM) IEC 619 8-3 to 9 of this

stan ard define interf aces relevant to e c of the major bu ines fu ction des rib d by the

Inter ace Ref eren e Model

As u ed in IEC 619 8, a DMS con ists of variou distributed a pl cation comp nents for the

uti ty to manage electrical distribution network These ca a i ties in lu e monitorin an

control of eq ipment for p wer delvery, management proces es to en ure s stem rel a i ty,

voltage management, deman -side management, outage management, work management,

automated ma pin an faci ties management

This set of stan ard is l mited to the definition of interaces an is implementation

in e en ent They provide for intero era i ty amon dif ferent computer s stems, platf orms,

an lan uages Method an tec nologies u ed to implement fu ctionalty conformin to

these inter aces are con idered outside of the s o e of these stan ard ; only the interace

itself is sp cified in these stan ard

The purp se of this p rt of IEC 619 8 is to define a stan ard for the integration of

Sy tems, with other s stems an bu ines fu ction within the s o e of IEC 619 8 The

s o e of this stan ard is the ex han e of inf ormation b twe n Maintenan e an Con tru tion

Sy tems an other s stems within the uti ty enterprise The sp cific detai s of commu ication

protocols those s stems employ are outside the s o e of this stan ard In te d, this stan ard

maintenan e In this way, this stan ard wi not b imp cted by the sp cification, development

an /or de loyment of next generation maintenan e s stems, either throu h the u e of

stan ard or pro rietary me n

The IEC 619 8 series of stan ard is inten ed to faci tate int er-a p c tion inte rat ion as

o p sed to intra-a p c tion int egration Intra-a plcation integration is aimed at programs in

the same a pl cation s stem, u ual y commu icatin with e c other u in mid leware that is

emb d ed in their u derlyin ru time en ironment, an ten s to b o timised for close, re l

-time, s n hronou con ection an interactive req est re ly or con ersation commu ication

models IEC 619 8, by contrast, is inten ed to s p ort the inter a pl cation integration of a

uti ty enterprise that ne d to con ect disp rate a pl cation that are alre d bui t or new

(legac or purc ased a pl cation ), e c s p orted by dis imi ar ru time en ironments

Therefore, these inter ace stan ard are relevant to lo sely coupled a pl cation with more

heterogeneity in lan uages, o eratin s stems, protocols an management to ls This series

of stan ard is inten ed to s p ort a pl cation that ne d to ex han e data every few

secon s, min tes, or hours rather than waitin f or a nig tly b tc ru This series of

stan ard , whic are inten ed to b implemented with mid leware services that ex han e

data ase gateway , an o erational stores

As u ed in IEC 619 8, a Distribution Management Sy tem (DMS) con ists of variou

distributed a pl cation comp nents for the uti ty to manage electrical distribution network

management proces es to en ure s stem rel a i ty, voltage management, deman -side

management, outage management, work management, automated ma pin an faci ties

management Stan ard inter aces are defined f or e c clas of a pl cation identif ied in the

Inter ace Referen e Model (IRM), whic is des rib d in IEC 619 8-1, Intera e arc it ecture

This p rt of IEC 619 8 contain the clau es lsted in Ta le 1.

Table 1 – Doc me t ov rview f or IEC 619 8-6

in this te t, c n titute pro isio s of this Intern tio al

Sta d rd

mo els

De criptio of g n ral a pro c to work ma a eme t

s stem, refere c mo el u e c s s, intera e ref ere c

mo el mainte a c a dc n tru tio fu ctio s a d

c mp n nts, me s g ty e terms a d static inf ormatio

mo el

me s g ty e

Me s g ty e relate to th e c a g of inf ormatio f or

d c me ts relate to mainte a c a d c n tru tio

APPLICA TION INTEGRA TION AT ELECTRIC UTILITIES –

Part 6: Interfaces f or maintenance and construction

This p rt of IEC 619 8 sp cifies the information content of a set of mes age typ s that can b

u ed to s p ort bu ines fu ction related to Maintenan e an Con tru tion Typical u es of

the mes age typ s def i ed in this p rt of IEC 619 8 in lu e plan ed maintenan e, u plan ed

maintenan e, con itional maintenan e, work management, new service req ests, etc

Mes age typ s defined in other p rts of IEC 619 8 may also b relevant to these u e cases

The ma pin of these mes ages to sp cific tec nologies s c as XML wi b des rib d at a

later date

The f ol owin doc ments, in whole or in p rt, are normatively ref eren ed in this doc ment an

are in isp n a le f or its a pl cation For dated ref eren es, only the edition cited a ples For

amen ments) a pl es

IEC 6 0 0, Int ern t ion l Ele trotec nic l Vo a ul ary

IEC 619 8-1, Ap lc t io integration at electric ut ilities – System int era es for distrib tio

ma a eme t – Part 1: Int era e arc it ecture a d g n ral re omme d at ions

IEC TS 619 8-2, Ap l i ation integration at el ectric utilities – System int era es for d istribut io

ma a eme t – Part 2: Gl os ary

IEC 619 8-4, Ap lc tio inte ration at el ectric util it ies – System int era es for distrib t io

ma a eme t – Part 4: Int era es for re ords a d as et ma a eme t

IEC 619 8-9:2 13, Ap lc tion integration at el ectric utilit ies – System int era es for

distributio ma a eme t – Part 9: Int era es for meter re ding a d c ntrol

IEC 619 8-1 , Ap li ation integration at el ectric util ities – Syst em int era es for d istribut ion

ma a eme t – Part 1 : Commo informat ion model (CIM) ex tensio s for d istribut io

IEC TR 6 0 1, Ele tricity metering – Gl os ary of terms

IEC 62 5 -31, Ele tricity metering – P ayme t systems – Part 31: Partic l ar re uireme ts –

Static p yme t met ers for a t iv e erg (cl as es 1 a d 2)

3 Terms, def initions and abbreviations

3.1 Terms a d def initions

For the purp ses of this stan ard, the terms an definition given in IEC 6 0 0-3 0, IEC TS

619 8-2, IEC TR 6 0 1, IEC 6 0 5-31 an the f ol owin terms a ply

Where there is a diff eren e b twe n the definition in this stan ard an those contained in

other ref eren ed IEC stan ard , then those defined in IEC 619 8-2 s al take preceden e

over the others lsted, an those defined in IEC 619 8-6 s al take preceden e over those

The mes age typ s def i ed in this doc ment are b sed on a logical p rtitionin of the DMS

bu ines fu ction an comp nents cal ed the IEC 619 8 Inter ace Referen e Model

Fig re 1 provides an overview diagram whic puts Maintenan e an Con tru tion as wel as

Work Management in context of Enterprise As et Management The diagram demon trates

the relation hip b twe n as et an p wer s stem resource It also relates Work to the

in p ction or re air is p r ormed on the existin as et

Figure 1 – As et l f e c cle

The contents of the mes age typ s are b sed on a static information model to en ure

con isten y of field names an data typ s Eac mes age typ is def i ed as a set of f ield

co ied f rom the inf ormation model clas es in IEC 619 8-1 The mes age typ s defined in

this stan ard are inten ed to satisfy a majority of typical a pl cation In some partic lar

project implementation , it may b desira le to modify the set of field u in a methodolog

s c as that des rib d in IEC 619 8-1

The diagram s own in Fig re 2 serves as ref eren e model an provides example of the

logical comp nents an data f lows related to this International Stan ard Subclau e 4.5.2

provides ref eren es to terms that are defined by the CIM

The diagram in Fig re 2 des rib s the flows b twe n the comp nents in the referen e model

The n mb rs in brac ets provide l n ages to the flow definition As p r the title of Fig re 2,

this ref eren e model in lu es only a s bset of al maintenan e an con tru tion fu ction

The rest of the fu ction , esp cial y f un tion related to Con tru tion, wi b in lu ed in

f uture edition of this stan ard

IE C

Fig re 2 – IEC 619 8-6 ref ere c model f or mainte a c

The ref eren e arc itecture reflects several main logical comp nents (p tential y re l zed as

s stems or s bs stems) related to maintenan e:

a) Ge gra hical In entory (GINV)

Opt imizat ion

Net work Oprat ion

[ 12 ] Bi Of Mat erials / Mat erial St atu

[ 13 ] Crew ompsition

[ 14 ] Ac t ual L or Cost

[ 15 ] Fiure Ev ent

[ 16 ] New /Updated or get Asset

[ 17 ] S c ial Red Reqest R espne

[ 18 ] Int al Remov e, R epir, Conec t an Disc onec t

[ 19 ] Met er Hist ory

[ 2 ] Ma

[ 21 ] Out age Not ific at ion fom Field Crew

[ 2 ] Out age Confirmat ion Reqest

[ 1 ] SCA DA esrement s, faiures, c onit ion

[ 2 ] Swit c hin Plan

[ 3 ] Reqest or Srv ic e

[ 4 ] Materials Reserv at ion

[ 5 ] Reqest or Planed Maint enanc e/I pc t ion Work

[ 6 ] Reqest or Unplaned Work

[ 7 ] Flow -up Work

[ 8 ] Swit c hin Order

[ 9] Work Reqest om Net w ork Opration

[10 ] W ork Order

[ 1 ][ 7 ]

Subst ation & Network

Inv ent ory (EINV )

[ 14 ][ 8 ]

{ 15 }

Work c hedln

& Dispt c hin

(M -SC D)[ 13 ]

[ 10 ][ 9 ]

Met er Redin &

Contol

(MR &C)

[ 17 ][ 18 ]

Maint enanc e an Inpc t ion

(M -MAI)Prev env e Maint enanc e

IE C

4.2.2 Geographic l Inv ntory (GINV)

Management of ge sp tial data, typical y by uti zin computer gra hic tec nolog to enter,

store, an update gra hic an non-gra hic inf ormation Ge gra hic de iction an related

non-gra hic data elements f or e c entity are typical y stored some form of a data ase The

gra hic re resentation are referen ed u in a co rdinate s stem that relates to location on

the s r ace of the e rth Information in the data ase can b q eried an displayed b sed

up n either the gra hic or non-gra hic atributes of the entities

4.2.3 Mainte a c a d Inspe tion (MAI)

Wor k in olvin in p ction, cle nin , adju tment, or other service of eq ipment to ena le it to

p rorm b ter or to exten its service l f e Examples of maintenan e work are routine oi

c an es an p intin Examples of in p ction work are p le in p ction , vault in p ction ,

an s bstation in p ction

Examples of con tru tion work in lu e service in talation , l ne exten ion , an s stem

b terment projects

A desig is cre ted by an en ine r or work plan er u in the Desig an Estimation Sy tem

(DGN) Desig s can b made up of in ivid al l ne items or by a set of “Comp tible Units” or

CUs Line items an Comp tible Units are as ociated with a Desig L cation whic is

as ociated with the L cation o ject in the CIM

Work s hed l n an disp tc in makes it p s ible, for a defined s o e of work, to as ig the

required resources an ke p trac of work progres

Field recordin is of ten ac ompl s ed throu h han held devices whic al ow field p rson el

to view an enter information relevant to the work they are p rf ormin in the field For

example, l ne crews an servicemen can ac es their resp ctive district ma s, do se rc es

by p le n mb r, s bstation, tran f ormer n mb r, switc n mb rs, an f eeder names

4.2.8 Network Operation Simulation (SIM)

This set of fu ction al ows faci ties to define, pre are an o timise the seq en e of

o eration req ired for car yin out maintenan e work on the s stem (rele se/cle ran e

orders) an o erational plan in

This f un tion set covers the diff erent asp cts related to c stomer inter aces req ired for

4.2.10 Trouble c l ma a eme t (TCM)

Cu tomer troubles related to blac outs are then tran mited an comp red with network data

in order to provide ac urate inf ormation on the in ident

4.2.1 Fina cial (FIN)

Finan ial p rf orman e acros the whole organization, whic in lu es the evaluation of

in estments in ca ital projects, maintenan e, or o eration These proces es in lu e ris an

b nefit costs an imp ct on levels of service

Human resource inf ormation contain p rson el inf ormation f or e c employe It in lu es

s c data as jo code, employe statu , de artment or place in the organisation, an jo

-related s i s This inf ormation is of ten ne ded an updated by work an project managemen

t-oriented bu ines s b-f un tion

Uti ties wi employ some form of as et management software in an ef fort to maintain detai ed

record regardin their ph sical as ets As et management is tre ted categorical y in

IEC 619 8-4

4.2.14 Network Operations (NO)

This f un tion provides uti ties for s p rvisin main s bstation to ology (bre ker an switc

state) an control eq ipment statu It also provides the uti ties for han l n network

con ectivity an lo din con ition It also makes it p s ible to locate c stomer tele hone

complaints an s p rvise the location of f ield crews

It is not the intention of this stan ard to define the a pl cation an s stems that ven ors

s ould prod ce It is exp cted that a con rete (ph sical) a plcation wi provide the

f un tional ty of one or more a stract (logical) comp nents as l sted in this stan ard These

a stract comp nents are group d by the bu ines f un tion of the Interace Referen e Model

In this stan ard, the term a stract comp nent is u ed to refer to that p rtion of a sof tware

s stem that s p orts one or more of the interf aces def i ed in IEC 619 8-3 to -9 an

IEC 619 8-13 It d es n t n c s ariy me n th t c mpla t sof tware is d lv re eith r as se arate

mo ules or as a sin le system

IEC 619 8-1 des rib s inf rastru ture services common to al a stract comp nents whie IEC

619 8-3 to -9 an -13 define the detais of the inf ormation ex han ed f or sp cific typ s of

a stract comp nent

IEC 619 8 def i es that:

a) An inter ap l cation inf rastru ture is complant if it s p l es services defined in IEC 618

9-1 to s p ort at le st two a pl cation with interf aces compl ant to section of IEC 619 8-3

to -9 an -13

b) An a plcation interace is compl ant if it s p orts the interf ace stan ard defined in IEC

619 8-3 to -9 an -13 for the relevant a stract comp nents defined in the Interf ace

Ref eren e Model

c) An a pl cation is only req ired to s p ort interf ace stan ard of the a plca le

comp nents lsted u der a stract comp nents An a pl cation is not req ired to s p ort

interf aces req ired by other a stract comp nents of the same bu ines s b- u ction or

within the same bu ines fu ction Whi e this stan ard primari y def i es information

ex han ed amon comp nents in dif ferent bu ines f un tion , it wi oc asional y also

define inf ormation ex han ed amon comp nents within a sin le bu ines f un tion when

a stron market ne d for this ca a i ty has b en re l sed

4.4 Mainte a c a d construction fun tions a d comp ne ts

The f ol owin ta le s ows those f un tion an typical comp nents that are a pl ca le to the

mes age typ s def i ed in this doc ment: IEC 619 8-6: Interf aces for maintenan e an

con tru tion

For the mes age typ s defined in this doc ment, it is exp cted that the typical a stract

comp nents l sted in Ta le 2 wi b prod cers of information Typical con umers of the

information are the other comp nents as lsted in IEC 619 8-1

Table 2 – Busine s f unction a d abstra t compone ts

Mainte a c Ord rs

Mainte a c Rule

In p ctio /Mainte a c History

Work Pro e ure

Comp tible Units

The information model relevant to record an as et management con ists of clas es that

provide a template f or the atributes f or e c mes age The clas es are defined in detai in

IEC 619 8-1 or 619 0-3 1

Ta le 3 l sts clas es that are u ed within mes age typ s Al of the atributes of these clas es

are contained within a mes age typ

Table 3 – Mainte a c a d construction cla s s

As et Ta gible re o rc of th uti ty, in lu in p wer s stem e uipme t, v rio s e d d vic s,

c bin ts, b idin s, etc For ele tric l n twork e uipme t, th role of th a s t is d fin d

thro g PowerSy temRe o rc a d its s b la s s, d fin d mainly in th Wire mo el (ef er

to IEC619 0-3 1 a d mo el p c a e IEC619 0:Wire ) As et d s riptio pla e emp a is

o th p y ic l c ara teristic of th e uipme t fulfi in th t role

WorkAs et As et u e to p rf orm work

Pro e ureDataSet A d ta s t re ord d e c time apro e ure is e e ute Ob erv d re ults are c pture in

a s ciate me s reme t v lu s a d/or v lu s f or pro ertie rele a t to th ty e of pro e ure

p rorme

Pro e ure Do ume te pro e ure for v rio s ty e of work or work ta k o a s ts

Work o atio Inf ormatio a o t a p rtic lar lo atio f or v rio s forms of work

Materialtem Th p y ic l c n uma le s p ly u e for work a d oth r p rp s s It in lu e items s c a

n ts, b lts, bra k ts, glu , etc

Work Do ume t u e to re u st, initiate, tra k a d re ord work

Meter Ph sic l a s t th t p rorms th meterin roleof th u a e p int Us d f or me s rin

WorkTa k A s t of ta k is re uire to impleme t a d sig

NOT Th cla s d finitio s pro id d h re are f or c n e ie c p rp s s o ly Th n rmativ d finitio s are

pro id d b th CIM

Contin in the iterative develo ment proces IEC 619 8-6 has b en s p ortin f rom the work

management p rsp ctive the most common en -to-en bu ines cases:

1) Initial ze the network

2) Non-telemetred f use trips

4) Ta f or new s bdivision

5) Maintenan e on tran former

6) Meter re lacement

IEC 619 8-6 has b en ad res in these u e cases an mes ages in a hol stic a pro c in

col a oration with IEC 619 8-3, -4, -9 an -13 The f ol owin diagram (se Fig re 3) s ows

diff erent p rts of IEC 619 8

tran f ormer an Meter Re lacement (se red circles) Folowin this pro osed interative

proces , the most imp rtant mes ages in these u e cases: WorkReq est, Maintenan eOrder,

ServiceOrder an Switc in Order have b en ad res ed f irst an presented in this doc ment

Fig re 3 – End- o-e d busin s c s s a d relate me s g s

Clau e 5 provides more detai ed u e cases f or a sp cific interaction s c as meter

re lacement or tran former re air For these u e cases, mes ages have b en develo ed an

presented alon with the u e case

The purp se of this section is to des rib the mes age typ s related to IEC 619 8-6 It is

imp rtant to note that some of these mes age typ s may also b u ed by other p rts of

IEC 619 8 The general a pro c to the re l zation of mes age stru tures an XML s hemas

f or IEC 6196 mes ages is des rib d in IEC 619 8-1

Althou h they may b re resented in seq en e diagrams for context an completenes , this

doc ment do s not des rib mes age formats that are def i ed by other p rts of IEC 619 8

The key mes age p ylo d stru tures defined by this p rt of IEC 619 8 refer to work related

comp sin the crew an o tainin the relevant p rmits if req ired Up n plan in the work,

the work can b disp tc ed for exec tion

The normative XML s hemas f or mes ages def i ed by this p rt are provided in An ex B,

providin more detai ed, an otated des ription of the mes age stru tures Mes age

IE C

stru tures are also diagrammed within this section The notation con ention s ows req ired

elements with a sol d outl ne, an o tion elements with das ed outl nes

It is also imp rtant to note that the u e cases an seq en e diagrams provided in this section

are informative in nature, an are inten ed to provide examples of u age for the normative

mes ages definition There is no intent by this stan ard to stan ardize sp cif i bu ines

Work is cre ted an time a p rson is req ired to p rf orm an activity related to comp n

as ets Examples of work in lu e:

• Con tru tion work (e.g service in talation , l ne exten ion , an s stem b terment

projects)

• Service work (e.g meter re lacements, Turn-on, Turn-off , "swit ch re lacement ", "p le

re lacement " etc.)

• Maintenan e work (e.g routine oi c an es, p intin , "orest t hin in ", "swit ch maint enan e",

"b tt er y replacement ", etc.)

• In p ction or diag osis work (e.g p le in p ction , vault in p ction , Substation

in p ction , "ident ifyin are s for forest t hin in ", "MV /LV s bst at ion v isit ", "gr ou d

me s rement ", "man al sw it ch t estin ")

• Trouble work (e.g Power outage, voltage q al ty pro lem, etc.)

Eac typ of work may have ref eren es to other CIM o jects b sed on the typ of work For

example, Maintenan e work may not have a referen e to a c stomer an con tru tion work

wi most l kely not have a cros referen e to an u plan ed outage

Req est for new work can come f om variou sources:

1) Req ests for work can come f rom an Network Op ration s stems These are the s stems

that o erate an as et (Distribution Management Sy tem, Outage Management Sy tem

Cor ective/Re air Maintenan e (CM)

2) Req ests f or work can come f om Maintenan e s stem itself whic cre tes a Jo Plan for

in p ction an maintenan e of an as et af ter an as et is registered This maintenan e is

general y cal ed:

a) Preventive maintenan e (PM)

b) Con itional b sed maintenan e

planteq ipment or modif ies an old plant as res lt of en ine rin req ests:

Ca ital (CAP) work or Modified (MOD) work

Req est for work is trig ered by maintenan e an in p ction, or by p riodic s hed le f or

work Example activity is tre trimmin , whic req ires two c ts an a temp rary generator or

major maintenan e on a p wer tran f ormer where temp rary f aci ty is req ired

Maintenan e an in p ction (can b as et management s stem) sen the req est for work to

provides the location of work, an as et on whic the work wi ne d to b p rormed (if work

p rormed on as et an desired time of work It also provides priority of that work whic wi

work s hed l n s stem have to take into ac ou t when prioritisin in omin req ests f or

work

Figure 4 – Car y out pla ne mainte a c with temporary e uipme t

The work s hed l n s stem b ok an outage f or this work in the Network Control s stem It

also en ures that temp rary eq ipment is avai a le so it can b u ed for the work A

Maintenan e Order is cre ted an relevant inf ormation sent to the mo ie work force

in lu in : location, des ription an s hed le of req ested work alon with identif i ation of

temp rary eq ipment an proced re to do the work as wel as neces ary detais a out the

target as et Af ter the work is exec ted by the mo i e work force, the resp n e mes age is

sent to the work management s stem confirmin that the work is completed Subseq ently,

the Work Management s stem closes the work an sen s to the as et management s stem

resp n e to their work request confirmin that their req ested work was completed an the

work req est is closed

Some of the mes age p ylo d in Fig re 4 s c as OutageBo kin an Ma wi b defined

by other IEC 619 8 p rts, in this case by IEC 619 8-3 an -4 resp ctively They are in lu ed

in Fig re 4 for completenes of the ex han e

This u e case an its mes age p ylo d detai the IEC 619 8-6 IRM outl ned in Fig re 2 For

example, CREATE(WorkReq est mes age cor esp n s to interf ace 5 (Req est f or Plan ed

Mainenan e/In p ction work), GET(As et cor esp n s to interf ace 16 (New/Updated or Get

CREATE(Maintenan eOrder) cor esp n s to inter ace 10 (Work Order) This is b cau e there

can b dif ferent typ s of Work Order in lu in Maintenan e Order

IEC

In relation to en -to-en bu ines cases outlned in Fig re 3, this u e case f its into u e cases

group 5 (Maintenan e on tran former)

5.3.3 Me s ge f ormat

The mes age p ylo d stru ture s own in Fig re 5 des rib s WorkReq ests It can b u ed

f or zero or more Work o jects

Figure 5 – Work re ue t me s ge f ormat

The mes age may in lu e more than one Work item Work in lu es at le st one WorkTas

Work L cation is provided for the work but in ad ition location of an as et can b provided

l n ed to the as et if that is req ired Crew Typ can also b provided in Work req est

identifyin s i s of the crew req ired for that typ of work The detai ed, an otated XML

s hema is defined in An ex B

IE C

5.4 Servic order me s ge

A service order is a s bclas of work, where c stomer or/and an En DeviceAs et is in olved

As a con eq en e of c an es to c stomer service or p yment is ues, a c stomer service

ne d to b switc ed f om one to another retaier Service may b req ired on other c stomer

as ets s c as solar p nels

comments (for example CSR notes) at either the ServiceOrder or tas level Remark wi b

l n ed to p rson who provided this remark alon with the role of that p rson

5.4.2 Appl c tions – Meter instal ation a d remov l

It may b neces ary to in tal, remove or config re meters as a con eq en e of the

registration of a new c stomer, removal of a c stomer or the switc of a c stomer fom one

s p l er to another There may also b the ne d to c an e out a meter whic in olves the

removal of the old meter, in tal ation of the new meter an con g ration of the new meter as

ne ded by the meterin s stem

Prior to meter in tal ation, s bs ription have b en esta l s ed b twe n the MS an the MDM

to receive updates to c stomer data The workflow f or a meter c an e out is s own

in Fig re 6 This en omp s es b th the meter in tal ation an meter removal proces es

Figure 6 – Meter in tal ation a d remov l

There may b a delay b twe n when the ServiceOrder is initiated an when the meter is

actual y re laced REPLY ac nowled es the receipt of the ServiceOrder A CHANGED

mes age would b sent b c sp cifical y to the originator to notify of the state c an e

IE C

The meter is re laced by f ield p rson el.

Final re d is taken f rom meter, the meter is re laced an the first re d is taken f rom the new

meter These meter re d can b sent to dedicated s bs rib rs s c as MDM or MS in two

way : ServiceOrder mes age provides ca a i ty to in lu e the meter re din s in the

resp n e mes age i.e Closed(ServiceOrder) Meter re din s can also b sent in a dedicated

meter re din s mes ages Cre ted(MeterRe din s)

The Op rationSet ste s are in lu ed to s n hronize the revised Master Data ( he

config ration data for the new an old meters an the as ociation c an es with the

UsagePoint b twe n the meterin s stems This Master Data Management a pro c is

des rib d further in IEC 619 8-9:2 13

This u e case an its mes age p ylo d detai the IEC 619 8-6 IRM outl ned in Fig re 2 For

interace 10 (Work Order) This is b cau e there can b dif ferent typ s of Work Order

in lu in Service Order

In relation to en -to-en bu ines cases outlned in Fig re 3, this u e case f its into u e cases

group 6 (Meter Re lacement

5.4.3 Me s ge f ormat

The mes age p ylo d stru ture s own in Fig re 7 des rib s ServiceOrder It can b u ed f or

zero or more Work o jects

Figure 7 – Servic ord r me s ge f ormat

The mes age may in lu e more than one Work item Eac item may ref er to multiple meters

an by work tas s to provide the me n to re lace a meter Mes age provides ca a i ty to

identify the meter that is to b re laced an new meter that s ould b in tal ed An

a p intment can b ar an ed with the c stomer for whom the work is b in done Meter

re din s can b o tained as a p rt of the work In the case of a meter re lacement, re din s

f or the old meter can b o tained as wel as initial re din s f or the new meter

IE C

An as et in this mes age can b not only meter but another typ of as et s c as solar p nel.

In the req estin mes age Time Sc ed le defines the plan ed time of meter ex han e whi e

in resp n in mes age it provides the actual time of meter ex han e

The resp n e mes age can also provide the pro erties of new in tal ed as et that can b

s ared with as et management s stem

The detai ed, an otated XML s hema is def i ed in An ex B

Maintenan e order al ows f or work in olvin in p ction, cle nin , adju tment, or other service

of eq ipment to ena le it to p rorm b ter or to exten its service l f e Examples of

maintenan e work are routine oi c an es an p intin Examples of in p ction work are p le

in p ction , vault in p ction , an s bstation in p ction

This u e case des rib s a situation where a field worker identifies maintenan e work that is

required whi e p rf ormin related or u related work in the field, an that maintenan e work

requires materials an switc in

Fig re 8 outl nes the seq en e of work req est f rom Mo i e Work Force

The field worker notices an is ue an commu icates a work req est b c to en ine rin an

maintenan e

A maintenan e plan er cre tes a maintenan e work order, req ests a switc in plan, cre tes

a bi of materials, an prioritizes the work When the req ired materials an resources are

avai a le, the maintenan e work order is rele sed to mo ie work f orce management

The maintenan e work order identifies o servation made by the initial f ield worker, detai s of

maintenan e crew to do the work

When the maintenan e crew is re d to p rf orm the maintenan e work order, they co rdinate

with network o eration who manage the switc in order to isolate the device Note that other

crews may b as ig ed to diff erent ste s / location f or the switc in order, an the

maintenan e crew may not take p rt in the switc in order at al

Af ter they p rf orm the maintenan e work, the maintenan e crew updates the maintenan e

maintenan e an en ine rin They also co rdinate with network o eration who manages

the switc in order to brin the device b c into service

As p rt of their completion of the maintenan e order, the maintenan e crew updates the

maintenan e order with the actual materials u ed

The work order is closed an the as et record updated to reflect the work that was done

in lu in the time an materials exp n ed

Fig re 8 – Mainte a c of hig volta e de ic (tra sformer etc) re u ste by FRD

Some of the mes age p ylo d in the a ove diagram s c as Bi of Materials, MaterialReturn

an others wi b defined by other IEC 619 8 p rts, in this case by IEC 619 8-4 They are

in lu ed in this diagram for completenes of the ex han e

This u e case an its mes age p ylo d detai the IEC 619 8-6 IRM outl ned in Fig re 2 For

example, CREATE(WorkReq est mes age cor esp n s to interf ace 7 (Fol ow up work),

CREATE(Switc in Plan) cor esp n s to interf ace 2 (Switc in Plan) f rom IRM whie

CREATED(Maintenan eOrder) cor esp n s to inter ace 10 (Work Order) This is b cau e

there can b diff erent types of Work Order in lu in Maintenan e Order

In relation to en -to-en bu ines cases outlned in Fig re 3, this u e case fits into u e cases

group 5 (Maintenan e on tran former)

5.5.3 Me s ge f ormat

Fig re 9 s ows the mes age p ylo d stru ture u ed for Maintenan eOrder mes ages

IEC

Figure 9 – Mainte a c Order me s ge f ormat

IE C

6 Docume t conv ntions

Al UML-b sed seq en e diagrams contained herein are to b con idered as informative

examples of how a mes age ex han e could oc ur

NOT On of th stre gth of th CIM is its fle ibi ty As te h olo y a v n e , a d n w n e s d v lo , n w

me s g s c n b cre te Th s n w me s g s mig t in olv a ditio al s stems (n t picture ) Th s n w

me s g s ma le era e dif fere t o tio s th n th o e d picte in th e ample

Al UML-b sed commu ication diagrams an mes age f low diagrams contained herein are to

b con idered informative

Al UML-b sed clas diagrams contained herein are to b con idered informative The re der

is refer ed to IEC 619 8-1 to locate the doc ment that contain the normative def i ition of

the clas es u ed in the CIM

6.2 Me s g def initions

Mes age f ormat diagrams contained in the b d of this doc ment are to b con idered

normative, with the normative XML Sc emas b in s p l ed in An ex B

Use cases an seq en e diagrams presented in this doc ment are f or inf ormative purp ses

only, an re resent u age examples for the normative mes age definition

The mes ages des rib d within this stan ard were derived fom u e cases whic satisfy an

u derlyin bu ines ne d for a sp cific inf ormation ex han e Eac u e case provides a

given context f or the u e of the CIM Mes age f ormat diagrams des rib the elements whic

are p s ed The elements de icted in das ed-l ne b xes are to b con idered o tional in a

given context The elements de icted in sol d b xes are to b con idered man atory in a

given context If a diagram s ould de ict an entire clas as man atory or o tional, the re der

s ould interpret this to me n that the u e of the clas is either mandatory or o tional, but not

that every element within the clas is now man atory or o tional The re der mu t refer to the

normative definition of the clas to determine this

Th ‘cre te’ v rb is u e to p bls a re u st to th ma ter

s stem to cre te a n w o je t Th ma ter s stem ma in

clo e sin e la t p bls e Th ma ter s stem ma als

u e th v rb ‘re ly’ to re p n to th ‘clo e’ re u st,

delete Th ‘d lete’ v rb is u e to p bls are u st to th ma ter

s stem to d lete o e or more o je ts Th ma ter s stem

ma in turn p bls th clo e me s g a a e e t u in

th v rb ‘d lete ’ to n tify th t th o je t h s b e d lete

sin e la t p bls e Th ma ter s stem ma als u e th

v rb ‘re ly’ to re p n to th ‘d lete’ re u st, in ic tin

wh th r th re u st h s b e pro e s d s c e sfuly or

n t Th ‘d lete’ v rb is u e wh n th b sin s o je t

s o ld n lo g r b k pt in th inte rate s stems eith r

d e to erors) or d e to arc ivin n e s Howe er, th

ma ter s stem wi mo t lk ly retain a historic l re ord of

ma ter s stem to return a s t of z roor more o je ts th t

me t a s e ifie criteria Th ma ter s stem ma in turn

return z roor more o je ts u in th ‘re ly’ v rb in a

re p n e me s g

Re u st me s g wi

in lu e He d rTy e a d

Re u stTy e stru ture

Th re u stTy e stru ture

wi p te tialy id ntify

s e if i p rameters to

q alfy th re u st, s c a

o je t IDs

Verbs Me nin Me s ge Structure

cre ted Th ‘cre te ’ v rb is u e to p bls a e e t th t is a

n tif i atio of th cre tio of a o je t a a re ult of eith r

a e tern l re u st or a intern l a tio within th ma ter

n tif i atio of th c a g of a o je t a a re ult of eith r

a e tern l re u st or a intern l a tio within th ma ter

s stem of th t o je t This c uld b a g n ric c a g in th

c nte t of th o je t or a s e if i statu c a g s c a

“a pro e ”, “is u d” etc This me s g ty e is u u ly

s b crib d b intere te s stems a d c uld b u e for

n tif i atio of th n rmal clo ure of a o je t a a re ult of

eith r a e tern l re u st or a intern l a tio within th

ma ter s stem of th t o je t This me s g ty e is u u ly

s b crib d b intere te s stems a d c uld b u e for

eith r a e tern l re u st or a intern l a tio within th

ma ter s stem of th t o je t This me s g ty e is u u ly

s b crib d b intere te s stems a d c uld b u e for

n tif i atio of th d letio of a o je t a a re ult of eith r

a e tern l re u st or a intern l a tio within th ma ter

faiure of a tra s ctio al re u st toth ma ter s stem to

cre te, c a g , d lete, c n el or clo e a d c me t Th

th t in olv s a v riety of cre te, d lete a d/or c a g

It is imp rtant to note that the verbs are l sted in the doc ment are for con enien e purp ses

an also to ref lect c an es that may b ref lected in future version of IEC 619 8-1

Note also that within the doc ment (e.g on seq en e diagrams), verbs are case in en itive

However, within the stan ard Mes age they MUST b lower case The verb SUBSCRIBE has

b en de recated An u age of SUBSCRIBE is an in ication that tran p rt level (e.g JMS)

mes ages may b con eyed b twe n p rties, but these are not IEC 619 8-9 mes ages

des ription provided e rl er in this doc ment These XML Sc emas were defined u in

profi e definition within CIMTo l These s hemas may b exten ed as ne ded for specific

implementation ne d

B.2

< x ml v ersion="1.0" en odin ="UTF-8"?

<x s:s hema x mln :x s="ht t :// w w w.w 3.org/ 20 1/X MLSc ema"

xmln :a "ht t p://lan dale.com.au/20 5/Mes age " x mln :sawsdl="ht t p:/ / w w w.w3.org/ns/sawsdl"

xmln ="htt p:// lan dale.com.au/20 5/ Mes age " xmln :m="ht t p:// iec.c /TC5 /2014/WorkReq est s#"

<x s:an ot ation>

<x s:doc ment at ion/ >

</x s:an ot ation>

<x s:element name "WorkR eq est s" typ ="m:WorkReq est s"/ >

<x s:complex Typ name "WorkR eq est s">

</x s:complex Typ >

<x s:complex Typ name "A ct ivityRecord" sawsdl:modelR eferen e "ht t p://iec.c /TC5 /CIM

-gene c# ActivityR ecord">

<x s:an ot ation>

<x s:doc ment at ion>R ecord act ivity for an ent ity at a p int in t ime; act iv ity

may b for an ev ent t hat has alre d oc ured or for a plan ed act ivity.</x s:doc ment at ion>

</x :an ot ation>

<x s:seq en e

<x s:element name "cre t edDat eTime" typ ="x s:dateTime" minOc urs="1"

M-gene c# ActivityR ecord.cre t edDat eTime">

<x s:an ot ation>

<x s:doc ment at ion>Date an time t his act iv ity record has

b en cre t ed (diferent fom t he 'st at us.dat eTime', whic is the time of a st at us c an e of t he

as ociat ed o jec if a plca le).</x s:doc ment at ion>

</x :an ot ation>

</x s:element>

<x s:element name "e son" typ ="x s:st rin " minOc urs="0" max Oc urs="1"

<x s:an ot ation>

<x s:doc ment at ion>R eason for ev ent res lt in in this act ivity

record, typicaly s p led w hen u er initiat ed.</x :doc ment at ion>

</x :an ot ation>

</x s:element>

<x s:element name "severity" typ ="x s:st rin " minOc urs="0" max Oc curs="1"

<x s:an ot ation>

<x s:doc ment at ion>Severity level of ev ent res lt in in t his

act ivity record.</x s:doc ment ation>

</x :an ot ation>

</x s:element>

<x s:element name "typ " typ ="x :st rin " minOc urs="1" max Oc curs="1"

<x s:an ot ation>

<x s:doc ment at ion>Typ of ev ent res ltin in t his act iv ity

record.</x s:doc ment ation>

</x :an ot ation>

</x s:element>

</x s:complex Typ >

<x s:complex Typ name "A sset" sawsdl:modelR eferen e "ht t p://iec.c /TC5

/CIM-gene c# As et">

<x s:an ot ation>

<x s:doc ment at ion>Tan ible resource of t he ut ilty, in lu in p w er s st em

eq ipmen variou en dev ices, ca inet s, buidin s, et c F r elect rical netw ork eq ipmen t he role of

t he as et is defined throu h Pow erSy t emR esource an it s s bclas es, defined mainly in the Wires

model (refer t o IEC619 0-3 1 an model p c age IEC619 0:Wires) As et des ript ion places

emphasis on t he ph sical c aract eristic of t he eq ipment fulfi in that role.</x s:doc ment at ion>

</x :an ot ation>

<x s:seq en e

<x s:element name "mR ID" typ ="x s:st rin " minOc urs="0" maxOc urs="1"

<x s:an ot ation>

<x s:doc ment at ion>Mast er esource identifier is ued by a

model aut hority The mR ID is u iq e wit hin an ex han e contex t Glo al u iq enes is e siy

ac iev ed by u in a UUID, as sp cified in R FC 412 , for t he mR ID The u e of UUID is st ron ly

recommen ed.</x s:doc ment ation>

<x s:doc ment at ion> or CIMXML dat a fies in R DF sy nt ax

conformin t o IEC 619 0-5 2 Edition 1, t he mR ID is ma p d t o rdf:D or rdf:a out at t ribut es that

ident ify CIM o ject element s.</x s:doc ment at ion>

</x :an ot ation>

</x s:element>

<x s:element name "crit ical" typ ="x s:b ole n" minOc urs="1"

<x s:an ot ation>

<x s:doc ment at ion>True if as et is con idered crit ical for

some re son (for ex ample, a p le w it h crit ical att ac ment s).</x s:doc ment ation>

</x :an ot ation>

</x s:element>

<x s:element name "ut cNumb r typ ="x :st rin " minOc urs="1"

<x s:element name "L cation" typ ="m:WorkL cat ion" minOc urs="1"

<x s:an ot ation>

<x s:doc ment at ion> ocation of t his

as et </x s:doc ment ation>

</x :an ot ation>

</x s:element>

<x s:element name "Names" minOc urs="0" max Oc urs="u b u ded"

<x s:an ot ation>

<x s:doc ment at ion>A ll names of t his ident ified

o jec </x s:doc ment at ion>

</x :an ot ation>

<x s:complex Typ

<x s:seq en e

<x s:element name "name" typ ="x s:st rin "

-gene c# Name.name">

<x s:element name "NameTyp "

typ ="m:NameTyp " minOc urs="0" max Oc urs="1"

</x s:complex Typ >

<x s:complex Typ name "Co rdinateSy t em"

<x s:an ot ation>

<x s:doc ment at ion>Co r dinat e referen e s st em.</x s:doc ment at ion>

</x :an ot ation>

<x s:seq en e

<x s:element name "crsUrn" typ ="x :st rin " minOc urs="1" max Oc urs="1"

<x s:an ot ation>

<x s:doc ment at ion>A Uniform R esource Name (UR N) for t he

co rdinat e referen e s st em (crs) u ed t o define 'L cat ion.PositionPoint s'.</x s:doc ment at ion>

<x s:doc ment at ion>An ex ample would b t he Eur op an

Pet roleum Survey Group (EPSG) code for a co rdinate referen e s st em, defined in UR N u der t he

Op n Ge sp tial Con ort ium (OGC) namesp ce as: urn:og :def:uom:EPSG:X XX X, where XX XX is

an EPSG code (a ful lst of codes can b fou d at he EPSG R egist r y we sit e ht t :// w w w e s

-regist ry.org/) To define t he co rdinat e s st em as b in WGS8 (latit ude, lon itu e) u in an EPSG

OGC, t his att ribut e w ould b urn:og :def:uom:EPSG:4 3 </x :doc ment ation>

<x s:doc ment at ion>A profie s ould lmit t his code to a set of

alowed UR Ns agre d t o by al sen in an receivin p rt ies.</x s:doc ment at ion>

</x :an ot ation>

</x s:element>

</x s:complex Typ >

<x s:complex Typ name "Crew" sawsdl:modelReferen e "ht t p://iec.c /TC5 /CIM

-gene c# Crew">

<x s:an ot ation>

<x s:doc ment at ion>Group of p o le w it h sp cific s i s, t ools, an

vehicles.</x s:doc ment ation>

</x :an ot ation>

<x s:seq en e

<x s:element name "mR ID" typ ="x s:st rin " minOc urs="0" maxOc urs="1"

<x s:an ot ation>

<x s:doc ment at ion>Mast er esource identifier is ued by a

model aut hority The mR ID is u iq e wit hin an ex han e contex t Glo al u iq enes is e siy

ac iev ed by u in a UUID, as sp cified in R FC 412 , for t he mR ID The u e of UUID is st ron ly

recommen ed.</x s:doc ment ation>

<x s:doc ment at ion> or CIMXML dat a fies in R DF sy nt ax

conformin t o IEC 619 0-5 2 Edition 1, t he mRID is ma p d t o rdf:D or rdf:a out at t ribut es that

ident ify CIM o ject element s.</x s:doc ment at ion>

</x :an ot ation>

</x s:element>

<x s:element name "Names" minOc urs="0" max Oc urs="u b u ded"

<x s:an ot ation>

<x s:doc ment at ion>A ll names of t his ident ified

o jec </x s:doc ment at ion>

</x :an ot ation>

<x s:complex Typ

<x s:seq en e

<x s:element name "name" typ ="x s:st rin "

-gene c# Name.name">

<x s:element name "NameTyp "

typ ="m:NameTyp " minOc urs="0" max Oc urs="1"

</x s:complex Typ >

<x s:complex Typ name "Name" sawsdl:modelR eferen e "ht t p://iec.c /TC5 /CIM

-gene c# Name">

<x s:an ot ation>

<x s:doc ment at ion>The Name clas prov ides t he me n t o define an

n mb r of h man re da le names for an o jec A name is &lt ;b&g not&lt;/b&g t o b u ed for

definin int ero ject relat ion hips For inter-o ject relat ion hips in t ead u e t he o ject ident ification

'mR ID'.</x s:doc ment at ion>

</x :an ot ation>

<x s:seq en e

<x s:element name "name" typ ="x s:st rin " minOc urs="1" max Oc urs="1"

<x s:an ot ation>

<x s:doc ment at ion>An fe t ex t t hat name t he

o jec </x s:doc ment at ion>

</x :an ot ation>

</x s:element>

<x s:element name "NameTyp " minOc urs="0" max Oc urs="1"

<x s:an ot ation>

<x s:doc ment at ion>Typ of t his name.</x s:doc ment at ion>

</x :an ot ation>

<x s:complex Typ

<x s:seq en e

<x s:element name "des ript ion" typ ="x s:st rin "

-gene c# NameTyp des ript ion">

<x s:an ot ation>

<x s:doc ment at ion>Des ript ion of

t he name typ </x :doc ment ation>

</x s:an ot ation>

</x s:element>

<x s:element name "name" typ ="x s:st rin "

-gene c# NameTyp name">

<x s:element name "NameTyp Authority"

-gene c# NameTyp NameTyp Authority">

<x s:an ot ation>

<x s:doc ment at ion>Aut ho ty

resp n ible for managin names of t his typ </x s:doc ment at ion>

</x s:an ot ation>

<x s:complex Typ

<x s:seq en e

<x s:element

name "des ript ion" typ ="x :st rin " minOc urs="0" max Oc urs="1"

<x s:an ot ation>

<x s:doc ment at ion>Des ript ion of t he name typ aut hority.</x s:doc ment at ion>

</x s:an ot ation>

</x s:element>

<x s:element name "name"

typ ="x s:st rin " minOc urs="1" max Oc urs="1" sawsdl:modelR eferen e "ht t p://iec.c /TC5

/CIM-gene c# NameTyp Authority.name">

</x s:complex Typ >

<x s:complex Typ name "NameTyp " sawsdl:modelReferen e "ht t p://iec.c /TC5

/CIM-gene c# NameTyp ">

<x s:an ot ation>

<x s:doc ment at ion>Typ of name Pos ible v alues for at t ribut e 'name' are

implement at ion de en ent but st an ard profies may sp cify typ s An enterprise may hav e mult iple IT

s stems e c havin it s ow n local name for t he same o jec e.g a plan in s stem may hav e

diferent names fom an EMS An o ject may also hav e diferent names wit hin t he same IT s st em,

e.g localName as defined in CIM v ersion 14 The definition fom CIM14 is:</x s:doc ment at ion>

<x s:doc ment at ion>The localName is a h man re da le name of t he o jec

It is a fe tex t name local to a node in a namin hierar ch simiar t o a fie dir ect ory st ru t ure A p wer

s stem relat ed namin hier arc y may b : Subst ation, V olt age ev el, Eq ipment etc Chidren of t he

same p rent in s c a hierarc y have names t hat ypicaly are u iq e amon

t hem.</x s:doc ment at ion>

</x :an ot ation>

<x s:seq en e

<x s:element name "des ript ion" typ ="x s:st rin " minOc urs="0"

<x s:an ot ation>

<x s:doc ment at ion>Des ript ion of t he name

typ </x s:doc ment at ion>

</x :an ot ation>

</x s:element>

<x s:element name "name" typ ="x s:st rin " minOc urs="1" max Oc urs="1"

<x s:an ot ation>

<x s:doc ment at ion>Name of t he name

typ </x s:doc ment at ion>

</x :an ot ation>

</x s:element>

<x s:element name "NameTyp Authority" typ ="m:NameTyp Aut hority"

-gene c# NameTyp NameTyp Authority">

<x s:an ot ation>

<x s:doc ment at ion>Aut ho ty resp n ible for managin

names of t his typ </x s:doc ment at ion>

</x :an ot ation>

</x s:element>

</x s:complex Typ >

<x s:complex Typ name "NameTyp Authority"

<x s:an ot ation>

<x s:doc ment at ion>Aut ho ty resp n ible for cre tion an management of

names of a giv en typ ; typicaly an organizat ion or an ent erp se s st em.</x s:doc ment at ion>

</x :an ot ation>

<x s:seq en e

<x s:element name "des ript ion" typ ="x s:st rin " minOc urs="0"

M-gene c# NameTyp Authority.des ript ion">

<x s:an ot ation>

<x s:doc ment at ion>Des ript ion of t he name typ

aut hority.</x s:doc ment at ion>

</x :an ot ation>

</x s:element>

<x s:element name "name" typ ="x s:st rin " minOc urs="1" max Oc urs="1"

<x s:an ot ation>

<x s:doc ment at ion>Name of t he name typ

aut hority.</x s:doc ment at ion>

</x :an ot ation>

</x s:element>

</x s:complex Typ >

<x s:complex Typ name "Organisation" sawsdl:modelR eferen e "ht t p://iec.c /TC5 /CI

M-gene c# Organisation">

<x s:an ot ation>

<x s:doc ment at ion>Organisat ion t hat mig t hav e roles as ut ilty, cont ract or,

s p ler, man fact urer, c st omer, et c.</x s:doc ment at ion>

</x :an ot ation>

<x s:seq en e

<x s:element name "mR ID" typ ="x s:st rin " minOc urs="0" maxOc urs="1"

<x s:an ot ation>

<x s:doc ment at ion>Mast er esource identifier is ued by a

model aut hority The mR ID is u iq e wit hin an ex han e contex t Glo al u iq enes is e siy

ac iev ed by u in a UUID, as sp cified in R FC 412 , for t he mR ID The u e of UUID is st ron ly

recommen ed.</x s:doc ment ation>

<x s:doc ment at ion> or CIMXML dat a fies in R DF sy nt ax

conformin t o IEC 619 0-5 2 Edition 1, t he mR ID is ma p d t o rdf:D or rdf:a out at t ribut es that

ident ify CIM o ject element s.</x s:doc ment at ion>

</x :an ot ation>

</x s:element>

<x s:element name "Names" minOc urs="0" max Oc urs="u b u ded"

<x s:an ot ation>

<x s:doc ment at ion>A ll names of t his ident ified

o jec </x s:doc ment at ion>

</x :an ot ation>

<x s:complex Typ sawsdl:modelR eferen e "ht t p://iec.c /TC5

/CIM-gene c# Name">

<x s:seq en e

<x s:element name "name" typ ="x s:st rin "

-gene c# Name.name">

<x s:element name "NameTyp " minOc urs="0"

<x s:an ot ation>

<x s:doc ment at ion>Typ of t his

name.</x s:doc ment at ion>

</x s:an ot ation>

<x s:complex Typ

<x s:seq en e

<x s:element

name "des ript ion" typ ="x :st rin " minOc urs="0" max Oc urs="1"

<x s:an ot ation>

<x s:doc ment at ion>Des ript ion of t he name typ </x s:doc ment at ion>

</x s:an ot ation>

</x s:element>

<x s:element name "name"

typ ="x s:st rin " minOc urs="1" max Oc urs="1" sawsdl:modelR eferen e "ht t p://iec.c /TC5

/CIM-gene c# NameTyp name">

<x s:element name "phone1" minOc urs="0" max Oc c urs="1"

<x s:an ot ation>

<x s:doc ment at ion>Phone n mb r.</x s:doc ment at ion>

</x :an ot ation>

<x s:complex Typ

<x s:seq en e

<x s:element name "are Code" typ ="x :st rin "

-gene c# Tele honeNumb r.are Code">

<x s:an ot ation>

<x s:doc ment at ion>(if a plca le)

Are or region code.</x s:doc ment at ion>

</x s:an ot ation>

</x s:element>

<x s:element name "cityCode" typ ="x s:st rin "

-gene c# Tele honeNumb r.cityCode">

<x s:element name "cou t ryCode" typ ="x s:st rin "

-gene c# Tele honeNumb r.cou t r yCode">

<x s:element name "ex t en ion" typ ="x s:st rin "

-gene c# Tele honeNumb r.ex t en ion">

<x s:an ot ation>

<x s:doc ment at ion>(if a plca le)

Ex t en ion for t his t ele hone n mb r.</x :doc ment ation>

</x s:an ot ation>

</x s:element>

<x s:element name "localNumb r typ ="x s:st rin "

-gene c# Tele honeNumb r.localNumb r >

<x s:an ot ation>

<x s:doc ment at ion>Main (local) p rt

of t his t ele hone n mb r.</x s:doc ment at ion>

<x s:element name "st re tAd res " minOc urs="0" max Oc urs="1"

<x s:an ot ation>

<x s:doc ment at ion>St re t ad res </x s:doc ment at ion>

</x :an ot ation>

<x s:complex Typ

<x s:seq en e

<x s:element name "st re tDet ai" minOc urs="1"

M-gene c# St r eetAd res st re t Detai">

<x s:an ot ation>

<x s:doc ment at ion>St re t

det ai.</x s:doc ment ation>

</x s:an ot ation>

<x s:complex Typ

<x s:seq en e

<x s:element

name "ad res General" type "x s:st rin " minOc urs="1" max Oc urs="1"

<x s:an ot ation>

<x s:doc ment at ion> irst lne of a fe form ad res or some ad it ional ad res informat ion

(for ex ample a mai st op).</x s:doc ment at ion>

</x s:an ot ation>

</x s:element>

<x s:element

name "buidin Name" typ ="x s:st rin " minOc urs="0" max Oc urs="1"

<x s:an ot ation>

<x s:doc ment at ion>(if a plca le) In cert ain cases t he ph sical location of t he place of interest

do s not have a direct p int of ent r y fom t he st re t , but may b locat ed in ide a larger st ru t ure s c

as a buidin , complex , ofice bloc , a art men et c.</x s:doc ment at ion>

</x s:an ot ation>

</x s:element>

<x s:element name "code"

typ ="x s:st rin " minOc urs="0" max Oc urs="1" sawsdl:modelR eferen e "ht t p://iec.c /TC5

/CIM-gene c# St r eet Det ai.code">

<x s:an ot ation>

<x s:doc ment at ion>(if a plca le) Uti ties oft en make u e of ex t ernal referen e s stems, s c

as t hose of t he t ow n-plan er's de art ment or s rveyor generals ma pin s st em, t hat alocate glo al

referen e codes t o st re t s.</x s:doc ment at ion>

</x s:an ot ation>

</x s:element>

<x s:element name "name"

typ ="x s:st rin " minOc urs="0" max Oc urs="1" sawsdl:modelR eferen e "ht t p://iec.c /TC5

/CIM-gene c# St r eet Det ai.name">

typ ="x s:st rin " minOc urs="0" max Oc urs="1" sawsdl:modelR eferen e "ht t p://iec.c /TC5

/CIM-gene c# St r eet Det ai.n mb r>

<x s:an ot ation>

<x s:doc ment at ion>Desig at or of t he sp cific locat ion on t he st re t </x s:doc ment at ion>

</x s:an ot ation>

</x s:element>

<x s:element name "prefix"

typ ="x s:st rin " minOc urs="0" max Oc urs="1" sawsdl:modelR eferen e "ht t p://iec.c /TC5

/CIM-gene c# St r eet Det ai.prefix">

<x s:an ot ation>

<x s:doc ment at ion>Prefix to t he st re t name F r ex ample: Nort h, South, Eas

Wes </x :doc ment at ion>

</x s:an ot ation>

</x s:element>

<x s:element name "s fix"

typ ="x s:st rin " minOc urs="0" max Oc urs="1" sawsdl:modelR eferen e "ht t p://iec.c /TC5

/CIM-gene c# St r eet Det ai.s fix">

<x s:an ot ation>

<x s:doc ment at ion>Sufix t o t he st re t name F r ex ample: Nort h, South, Eas

Wes </x :doc ment at ion>

</x s:an ot ation>

</x s:element>

<x s:element

name "s iteNumb r typ ="x s:st rin " minOc urs="0" max Oc urs="1"

<x s:an ot ation>

<x s:doc ment at ion>Numb r of t he a art ment or s it e.</x s:doc ment at ion>

</x s:an ot ation>

</x s:element>

<x s:element name "typ "

typ ="x s:st rin " minOc urs="0" max Oc urs="1" sawsdl:modelR eferen e "ht t p://iec.c /TC5

/CIM-gene c# St r eet Det ai.typ ">

<x s:an ot ation>

<x s:doc ment at ion>Typ of st re t Ex amples in lu e: st re t , circle, b ulev ar d, aven e, ro d,

drive, et c.</x s:doc ment ation>

</x s:an ot ation>

</x s:element>

<x s:element

name "wit hinTow nLimit s" typ ="x s:b ole n" minOc urs="0" max Oc curs="1"

<x s:an ot ation>

<x s:doc ment at ion>True if t his st re t is wit hin t he legal ge gra hical b u daries of t he

sp cified town (default ).</x :doc ment at ion>

<x s:element name "t ow nDet ai" minOc urs="1"

<x s:an ot ation>

<x s:doc ment at ion>Town

det ai.</x s:doc ment ation>

</x s:an ot ation>

<x s:complex Typ

<x s:seq en e

<x s:element name "code"

typ ="x s:st rin " minOc urs="0" max Oc urs="1" sawsdl:modelR eferen e "ht t p://iec.c /TC5

/CIM-gene c# TownDetai.code">

<x s:an ot ation>

<x s:doc ment at ion>Town code.</x s:doc ment ation>

</x s:an ot ation>

</x s:element>

<x s:element name "cou t r y"

typ ="x s:st rin " minOc urs="0" max Oc urs="1" sawsdl:modelR eferen e "ht t p://iec.c /TC5

/CIM-gene c# TownDetai.cou t ry">

<x s:an ot ation>

<x s:doc ment at ion>Name of t he cou t r y.</x s:doc ment ation>

</x s:an ot ation>

</x s:element>

<x s:element name "name"

typ ="x s:st rin " minOc urs="1" max Oc urs="1" sawsdl:modelR eferen e "ht t p://iec.c /TC5

/CIM-gene c# TownDetai.name">

<x s:an ot ation>

<x s:doc ment at ion>Town name.</x s:doc ment at ion>

</x s:an ot ation>