Iec 62325 451 4 2017

10 4 Doc ment contextual model an mes age as embly model b sic con epts.. 12 4.3 From the Euro e n style market prof ile to the doc ment contextual model.. 2 Ta le 6 – As ociation en s o

IEC 62325- 451 - 4

Framew ork for energy mark et communicat ions –

Part 451- 4: Set t lement and reconci iat ion business process, cont ext ual and

assembly models for European mark et

THIS PUBLICATION IS COPYRIGHT PROTECTED

Al rig ts r es r ve Unle s oth rwis s e ifi d, n p rt of this p blc tio ma b r epro u e or uti z d in a y form

eith r IEC or IEC's memb r Natio al Commite in th c u tr y of th re u ste If y u h v a y q e tio s a o t IEC

c p r i ht or h v a e q ir y a o t o tainin a ditio al ri hts to this p blc tio , ple s c nta t th a dr es b low or

y ur lo al IEC memb r Natio al Commite for ur th r informatio

Internatio al Sta d r ds for al ele tri al ele tr onic a d relate te h olo ie

Th te h ic l c nte t of IEC p blc tio s is k pt u d r c n ta t r eview b th IEC Ple s ma e s re th t y u h v th

late t e itio ,a c rr ig n a or a ame dme t mig t h v b e p bls e

IEC Cat alo ue - webst ore.e ch/ cat alo ue

biblo ra hic l informat io o IEC Intern tio al St an ard ,

d c me ts A v aia le for P , Ma OS, A ndroid Ta let s a d

iPa

IEC p blc t i ns s arch - www ie ch/ se rch u

c mmitt e,…) It als gives informatio o projec t s, re la e

Ele t ro edia - www ele t ro edia.org

ele t ric l t erms c nt ainin 2 0 0 terms a d d finitio s in

En ls a d Fre c , wit h e uiv ale t erms in 16 a dit io al

la g a e A ls k own a t he Int ern t io al Ele trote h ic l

Vo a ulary (IEV ) o ln

IEC Glos ar y - st d.e ch/ glos ary

6 0 0 elec t rot ec nic l t ermin lo y e t rie in En ls a d

IEC p blc tio s is u d sin e 2 0 Some e t rie h v e b e

c le te fo m e rler p blc t io s of IEC TC 3 , 7 , 8 a d

CISPR

IEC Cust omer Servic Cent re - webst ore.ec ch/ csc

If y ou wis to giv e u your fe d a k o t his p blc tio or

n e furt her a sista c , ple s c nta t t he Cu tomer Serv ic

Ce t re:c c@ie c

IEC 62325- 451- 4

Framew ork for energy market communicat ions –

Part 451- 4: Set t lement and reconci iat ion business process, cont ext ual and

assembly models for European market

FOREWORD 6

INTRODUCTION 8

1 Sco e 9

2 Normative ref eren es 9

3 Terms an def i ition 10 4 Doc ment contextual model an mes age as embly model b sic con epts 1

4.1 Overview 1

4.2 Euro e n style market p c age stru ture 12 4.3 From the Euro e n style market prof ile to the doc ment contextual model 14 4.4 From the doc ment contextual model to the mes age as embly model 14 4.5 From the as embly model to the XML s hema 14 5 The set lement an recon i ation bu ines proces 14 5.1 Balan e resp n ible p rty an set lement 14 5.2 Overal bu ines context 16 5.3 Use cases 16 5.4 Proces f low 18 5.5 Bu ines rules for the setlement an recon i ation proces 2

5.5.1 General 2

5.5.2 At ributes are _Domain.mRID an domain.mRID an q antity 21

5.5.3 De en en y matrix f or typ , proces Typ an bu ines Typ 21

5.5.4 De en en y of atributes of the TimeSeries 2

5.5.5 Rules governin the Point clas 2

5.5.6 At ribute price.amou t 2

6 Contextual an as embly models 2

6.1 Energ ac ou t contextual model 2

6.1.1 Overview of the model 2

6.1.2 IsBasedOn relation hips fom the Euro e n style market prof ile 2

6.1.3 Detai ed Energ ac ou t contextual model 2

6.2 Energ ac ou t as embly model 3

6.2.1 Overview of the model 3

6.2.2 IsBasedOn relation hips fom the Euro e n style market profi e 3

6.2.3 Detai ed Energ ac ou t as embly model 3

6.2.4 Primitives 3

6.2.5 Datatyp s 3

6.2.6 En meration 4

7 XML s hema 4

7.1 XML s hema URN namesp ce rules 4

7.2 Code lst URN namesp ce rules 4

7.3 URI rules f or model doc mentation 4

7.3.1 Datatyp 4

7.3.2 Clas 4

7.3.3 At ribute 5

7.3.4 As ociation en role name 5

7.4 Energ Ac ou t_MarketDoc ment s hema 5

7.4.1 Sc ema Stru ture 5

Biblogra h 5

Fig re 1 – IEC 6 3 5-4 0 model n f ramework 12 Fig re 2 – Overview of Euro e n style market profi e de en en y 13 Fig re 3 – Balan e resp n ible p rty relation 15 Fig re 4 – Setlement recon i ation u e case 18 Fig re 5 – Seq en e diagram of the inf ormation flow 19 Fig re 6 – Energy ac ou t contextual model 2

Fig re 7 – Energy ac ou t as embly model 3

Fig re 8 – EnergyAc ou t_MarketDoc ment XML Sc ema Stru ture 1/2 51

Fig re 9 – EnergyAc ou t_MarketDoc ment XML Sc ema Stru ture 2/2 5

Ta le 1 – De en en y ta le for typ , proces Typ an bu ines Typ 2

Ta le 2 – De en en y ta le for TimeSeries atributes 2

Ta le 3 – De en en y ta le for price.amou t atribute 2

Ta le 4 – IsBasedOn de en en y 2

Ta le 5 – At ributes of Energy ac ou t contextual model: Energ Ac ou t_MarketDoc ment 2

Ta le 6 – As ociation en s of Energ ac ou t contextual model: Energ Ac ou t_MarketDoc ment with other clas es 2

Ta le 7 – At ributes of Energy ac ou t contextual model: Cur en y_Unit 2

Ta le 8 – At ributes of Energy ac ou t contextual model: Domain 2

Ta le 9 – At ributes of Energy ac ou t contextual model: MarketAgre ment 2

Ta le 10 – At ributes of Energ ac ou t contextual model: MarketEvaluationPoint 2

Ta le 1 – At ributes of Energ ac ou t contextual model: MarketParticip nt 2

Ta le 12 – As ociation en s of Energ ac ou t contextual model: MarketParticip nt with other clas es 2

Ta le 13 – At ributes of Energ ac ou t contextual model: MarketRole 2

Ta le 14 – At ributes of Energ ac ou t contextual model: Me s re Unit 2

Ta le 15 – At ributes of Energ ac ou t contextual model: Party_MarketParticip nt 2

Ta le 16 – At ributes of Energ ac ou t contextual model: Point 2

Ta le 17 – As ociation en s of Energ ac ou t contextual model : Point with other clas es 2

Ta le 18 – At ributes of Energ ac ou t contextual model: Price 3

Ta le 19 – At ributes of Energ ac ou t contextual model: Proces 3

Ta le 2 – At ributes of Energ ac ou t contextual model: Quantity 3

Ta le 21 – At ributes of Energ ac ou t contextual model: Re son 31

Ta le 2 – At ributes of Energ ac ou t contextual model: Series_Period 31

Ta le 2 – As ociation en s of Energ ac ou t contextual model: Series_Period with other clas es 31

Ta le 2 – At ributes of Energ ac ou t contextual model: Time Period 31

Ta le 2 – At ributes of Energ ac ou t contextual model: TimeSeries 3

Ta le 2 – As ociation en s of Energ ac ou t contextual model: TimeSeries with other clas es 3

Ta le 2 – At ributes of Energ ac ou t as embly

model: Energ Ac ou t_MarketDoc ment 3

Ta le 2 – As ociation en s of Energ ac ou t as embly model: Energ Ac ou t_MarketDoc ment with other clas es 3

Ta le 3 – At ributes of Energ ac ou t as embly model: Point 3

Ta le 31 – As ociation en s of Energ ac ou t as embly model: Point with other clas es 3

Ta le 3 – At ributes of Energ ac ou t as embly model: Re son 3

Ta le 3 – At ributes of Energ ac ou t as embly model: Series_Period 3

Ta le 3 – As ociation en s of Energ ac ou t as embly model: Series_Period with other clas es 3

Ta le 3 – At ributes of Energ ac ou t as embly model: TimeSeries 3

Ta le 3 – As ociation en s of Energ ac ou t as embly model: TimeSeries with other clas es 3

Ta le 3 – At ributes of ESMPDataTyp s: Action_Statu 4

Ta le 3 – At ributes of ESMPDataTyp s: ESMP_DateTimeInterval 4

Ta le 3 – At ributes of ESMPDataTyp s: Amou t_Decimal 4

Ta le 4 – Restriction of at ributes for ESMPDataTyp s: Amou t_Decimal 4

Ta le 41 – At ributes of ESMPDataTyp s: Are ID_Strin 41

Ta le 4 – Restriction of at ributes for ESMPDataTyp s: Are ID_Strin 41

Ta le 4 – At ributes of ESMPDataTyp s: Bu ines Kin _Strin 41

Ta le 4 – At ributes of ESMPDataTyp s: Clas ificationKin _Strin 41

Ta le 4 – At ributes of ESMPDataTyp s: Cur en yCode Strin 4

Ta le 4 – At ributes of ESMPDataTyp s: Energ Prod ctKin _Strin 4

Ta le 4 – At ributes of ESMPDataTyp s: ESMP_DateTime 4

Ta le 4 – Restriction of at ributes for ESMPDataTyp s: ESMP_DateTime 4

Ta le 4 – At ributes of ESMPDataTyp s: ESMPVersion_Strin 4

Ta le 5 – Restriction of at ributes for ESMPDataTyp s: ESMPVersion_Strin 4

Ta le 51 – At ributes of ESMPDataTyp s: ID_Strin 4

Ta le 5 – Restriction of at ributes for ESMPDataTyp s: D_Strin 4

Ta le 5 – At ributes of ESMPDataTyp s: MarketRoleKin _Strin 4

Ta le 5 – At ributes of ESMPDataTyp s: Me s rementPointID_Strin 4

Ta le 5 – Restriction of at ributes for ESMPDataTyp s: Me s rementPointID_Strin 4

Ta le 5 – At ributes of ESMPDataTyp s: Me s rementUnitKin _Strin 4

Ta le 5 – At ributes of ESMPDataTyp s: Mes ageKin _Strin 4

Ta le 5 – At ributes of ESMPDataTyp s: ObjectAg regationKin _Strin 4

Ta le 5 – At ributes of ESMPDataTyp s: PartyID_Strin 4

Ta le 6 – Restriction of at ributes f or ESMPDataTyp s: PartyID_Strin 4

Ta le 61 – At ributes of ESMPDataTyp s: Position_Integer 4

Ta le 6 – Restriction of at ributes for ESMPDataTyp s: Position_Integer 4

Ta le 6 – At ributes of ESMPDataTyp s: Proces Kin _Strin 4

Ta le 6 – At ributes of ESMPDataTyp s: Qualty_Strin 4

Ta le 6 – At ributes of ESMPDataTyp s: Re sonCode Strin 4

Ta le 6 – At ributes of ESMPDataTyp s: Re sonText_Strin 4

Ta le 6 – At ributes of ESMPDataTyp s: Statu _Strin 4

INTERNATIONAL ELECTROTECHNICAL COMMISSION

-g v rnme tal org niz tio s laisin with th IEC als p rticip te in this pre aratio IEC c la orate clo ely

Commite s in th t s n e Whie al re s n ble ef forts are ma e to e s re th t th te h ic l c nte t of IEC

4) In ord r to promote intern tio al u if ormity, IEC Natio al Commite s u d rta e to a ply IEC Pu lc tio s

7) No la i ty s al ata h to IEC or its dire tors, emplo e s, s rv nts or a e ts in lu in in ivid al e p rts a d

memb rs of its te h ic l c mmite s a d IEC Natio al Commite s f or a y p rs n l injury, pro erty d ma e or

in is e s ble for th c r e t a plc tio of this p blc tio

p te t rig ts IEC s al n t b h ld re p n ible for id ntifyin a y or al s c p te t rig ts

edition:

c) Introd ction of the clas “Re son” f rom IEC 6 3 1-3 1 UML p c age, with the f ol owin

INTRODUCTION

FRA MEWORK FOR ENERGY MARKET COMMUNICATIONS –

order to setle the electricity market It is however not the purp se of this doc ment to define

NOT Ref er to IEC 6 0 0, Int ern t ion l E l ect rot ec nical Voc bul ary, f or g n ral glo s ry d finitio s.

electricity market

3.9

Figure 1 – IEC 6 3 5-4 0 model ng framework

IEC

Figure 2 – Ov rview of Europe n style mark t

IE C

Al the core comp nents that are u ed in every electronic doc ment stru ture have b en

wholesale level

NOT Th me nin of th word "b la c " in this c nte t sig ifie th t th q a tity c ntra te to pro id or to

Th t a de respon sible pa rty c uld buy o sel

en erg yon ower ex cha n g e

This tra sactio is a cc un te a s "g en era tion "

o "c n sumption " f r the settlemen t, ie "in

q a n tity" o "o t ua n tity"

Th ba la n ce respon sible pa rty c uld pr vid a n ci a ry

ser ices a n d/ r ba la n cin g ser ices o a sysem op ra to

This tra sactio is a cc un te eith r a s "g en era tion " o

"c n sumption " f r the setlemen t, ie in crea se o d c ea se o

g en era tion , d ma n d respon se, et

Th t a de respon sible pa rty c uld excha n g e en erg y with

oh r ta de respon sible pa rty thr ug h bia tera l (o er

th c un ter) tra n sa ction s (n a tion a l o in tern a tion a l

ta n sa ction s)

This tra sactio is a cc un te a s g en era tion o

c n sumption f r the setlemen t

Apa rty c n n ec e t th g rid c uld

sel o buy a lo k o en erg y

This tra sactio is a cc un te

eith r a s "g en era tion " o

"c n sumption "f r th settlemen t

A pa rty c n n ected t th g rid

c uld sel o buy it mea su e

g en era tion o c n sumption

Con tra ct a g remen t t b in clud d in

th ba la n ce respon sible pa rty settlemen t

A p rty con ected to the grid could b defined as:

time

within the s o e of this doc ment

• The secon activity is the computation an ag regation p r b lan e resp n ible p rty of

area is the f ol owin :

5.2 Marke t m e re d inf ormation

6.0 D raf t imbala e re por

As con ern f low 4.0, the market o erator may also sen the trades on their platf orm to the

the setlement

in oiced

As s own in Fig re 5, an ac nowled ement doc ment, as def i ed in IEC 6 3 5-4 1-1, s ould

re lace it

The value of the in_Quantity.q antity at ribute in icates the amou t of prod ct that enters the

Table 1 – Depe de c table f or type, proc s Type a d busin s Type

clo ure

A0 – Intern l tra e

A0 – Extern l tra e e plcit c p city

A0 – Extern l tra e with ut e plcit c p city

Table 2 – Depe de c table f or TimeSerie at ribute

s tleme t

Intern l tra e”, “A0 – Extern l tra e”, “A0 – xtern l tra e with ut e plcit

c p city” “A0 – In e e d nt p wer pro u er”, “A10 – Tertiary c ntrol”, or “A16

– Tra sits”

Setleme t d viatio ”, “A18 – te h ic l c n traint d viatio ”, “A19 – Bala c

s tleme t

Setleme t d viatio ”, “A18 – Te h ic l c n traint d viatio ”, “A19 – Bala c

6 Contextual and assembly models

IEC

up er level

Name Complete IsBa edOn Path

u e the same identif i ation

Order mult At rib te name / A ttrib te

0 [1 1] mRID

ID_ trin

to its sta din

7 [1 1] cre te DateTime

Table 6 – As ociation e d of Energy ac ount conte tual

Th re eiv r s al c mpletely reje t d c me ts with a y time interv ls

Ta le 8 s ows al atributes of Domain.

Are ID_ trin

ID_ trin

A u iq e id ntif i atio of th me s reme t p int

PartyID_ trin

Table 12 – As ociation e d of Energy a count conte tual model:

Th id ntif i atio of th role pla e b a mark t pla er

PartyID_ trin

6.1.3.10 Point

Table 18 – At ribute of En rgy a cou t conte tual model: Pric

A n mb r of mo etary u its s e ifie in a u it of c re c

Order mult Atrib te name / A ttrib te

Cla sif i atio Kin _ trin

Th cla sific tio me h nism u e to gro p a s t of o je ts to eth r

s mmary n ture

at ribute

Table 21 – At ribute of En rgy a count conte tual model: Re son

Order mult Atrib te name / A ttrib te

0 [1.1] timeInterv l

Th start a d e d time of th p rio

Duratio

Th d f i itio of th n mb r of u its of time th t c mp s a in ivid al

Th start a d e d d te a d time for a giv n interv l

6.1.3.17 TimeSerie

Order mult Atrib te name / A ttrib te

to a gre ate a time s rie

Mark tParticip nt

Th id ntif i atio of th p rty of c n ern for th time s rie

a re me t, th t is relativ to th time s rie

Order mult Cla s name / Role De criptio