Iec61850 Und Sicam

Power Transmission and Distribution

IEC 61850 & SICAM PAS


No. 1 withEnergy Automation

Energy Automation Buenos Aires Nov 05 Page 2

ENERGY AUTOMATION

Welcome!Welcome!Gnther FleischerSiemens AG, PTD EA2 BD3

Business Development Energy Automation

Regionen: Mercosur and Portugal

Tel. +49 (0)911 / 433-8254

Mobil: +49 (0)172 / 351 1910

Email: [email protected]

Gnther FleischerSiemens AG, PTD EA2 BD3

Business Development Energy Automation

Regionen: Mercosur and Portugal

Tel. +49 (0)911 / 433-8254

Mobil: +49 (0)172 / 351 1910

Email: [email protected]




Most protocols have origins of low data rates

Present Situation of communicationprotocols for Substations




Present Situation of communicationprotocols for Substations

There are over 50 protocols worldwide forsubstation automation.




IEC 60870-5- has gained acceptance

ControlControl CenterCenter

CorporateNetwork TCP/IP

...Substation

IEC 60870-5-103FO in star configuration

IEC 60870-5-103RS485-Bus

IEC 60870-5-101

IEC 60870-5-104

Profibus FMS

Lon-Bus

.




Technological Trends Overview

yesterday todaytoday




IEC 60870-5-101, -104,IEC 60870-6 (TASE.2),ELCOM90, DNP3

IEC 60870-5-102

Control Centre 1

MeteringBilling

IEC 60870-6 (TASE.2),ELCOM90, DNP3,IEC 60870-5-101, -104

Substation

PowerPlant

MarketParticipant

EC, EDIISO 9735

Server

IEC 61970 EMS

IEC 61968 DMS

IEC 60870-5-101, -104,IEC 60870-6 (TASE.2),ELCOM90, DNP3

Substation

IEC 61107IEC 62056

IEC 60870-5-101,IEC 60870-5-104, DNP3

PU

ControlCentre 2IEC

62195 TR

(IEC 60834, IEEE 1565)

Pole-Top

IEC 6087

0 -

5

PU

Communication Standards outside of Substations

IEC 61400-25




Control Centre 1

PowerPlant

MarketParticipant

EC, EDIISO 9735

Server

IEC 61970 EMS

IEC 61968 DMS

ControlCentre 2IEC

62195 TR

IEC 61850

Pole-Top

IEC 6185

0

IEC 62210

Possible trend in the future

IEC 61850

IEC 60870-6 (TASE.2)

IEC 61850

IEC 62056IEC 61850

IEC 61400 -25

Substation 1IEC 61850

CTVT

Substation 2

MeteringBilling

IEC 61850

CTVT




SU - Station UnitPU - Protection UnitCU - Control Unit

SB - Station BusPB - Process BusSG - Switchgear

C/P - Control/Protection UnitCT,VT - Instrument TransformerComU - Communication Unit

Communication Standards within Substations

brown colour:no meaningin the futurefor substationcontrol

PB

SB

IEC 61850-8-1, IEC 60870-5-103,Profibus, Modbus, LON,

DNP3, UCA.2, etc.

IEC 60044-1 (1A/5A)IEC 60044-2 (100V)

IEC 61850-9-2,IEC 61850-9-1,

IEC 60044-8

IEC 61850-9-2,IEC 61850-8-1,IEC 62271-003

CAN, MVB,etc.

ComU

SU

C/P

PU

SG

CU

CTVT

CTVT

CTVT

IEC 61850B&B

Filt

er

PUSG




Requirements of utilities - worldwide

n Long-term expandability of a system

n Possibility of combining a variety of manufacturers

n Long-term exchangeability of equipment for simpler stocking of parts

n Saving time and reducing costs

n Investment expenditure and operation costs

n Costs and time for changes and expansion made in service

n Execution time of Projects

n Manageable complexity

n seamless, self-describing engineering

n etc.




Architecture of a modern Substation Automation System

n Intelligence moves closer to the process due to distributed functionality using enhanced bay controller

n No more bottlenecks and classical master / slave architecture

MasterUnit

Slavee.g. I/O Unit

Slavee.g. I/O Unit

HMI

SCADA Communication

Master / Slave Architecture

Distributed Intelligence

SCADA / WAN

Client / Server Architecture providing distributed intelligence

Station Bus

Process

BU PUBU PU


Engineering Browser

HMI

SCADA

Station Unit

Ethernet IEC 61850

independent communication




one worldone

technologyone standard

IEC 61850IEC 60870-5IEC 60870-6experience

Only IEC 61850 is able to provide a complete solution for Substation IT

All major vendors of substation technology are active members of the IEC 61850 Working Groups

The US committee US TAG for Working Groups 10, 11 and 12 of IEC TC57 clearly reaffirms that they support IEC 61850 as the only living standard for substation automation

SIEMENS promotes the IEC 61850 workwith 6 active members and numerous pilot projects

Siemens project Substation IT co-ordinates a seamless communication technology within Siemens PTD

The international agreed goal

I E C 6 1 8 5 0I E C 6 1 8 5 0US approach UCA 2

IEC 61850 - The way to an international standard for Substation IT




3 Working Groups - 60 Experts - 14 Countries

WG10: Functional architecture and general requirements

WG11: Communication within and between unit and station levels

WG12: Communication within and between process and unit level

6 Siemens Member, partly editors

WG Working Group




The Solution: IEC 61850

IEC 61850One World

One TechnologyOne Standard




IEC 61850 present areas of application

IEC 61850

Gasisolierte SchaltanlagenGasisolierte SchaltanlagenHoch IntegrierteSchaltanlage HISHoch IntegrierteSchaltanlage HIS

Medium-voltage substationsLuftisolierte Schaltanlagen

Gas insulated substations

Air insulated substations

Highly integratedSubstation HIS




Application Areas of the standard IEC 61850

Process connection

Communication between bay devices

Station levelEngineering

Control Centreharmonisation with CIM (IEC 61970)

Ethernet-Basis




What does IEC 61850 achieve?

Timesynchronisation

with SNTP

Systemconfiguration

IEC 61850

Communicationbetween

bay devices

Fault recordsin Comtrade

format

Standardcommunicationwith TCP - IP Based on

Ethernet standard

Standardisedlanguage fordescribingsubstation

Defines structurefor protection and

control




Ethernet: A Data Highway for everything

100 Mbit/sEthernet

Bay devices to station controller Inter-device communication Remote setting of parameters etc.

Transmission system

One communication technology in the substation

DIGSI




IEC61850 runs on Ethernet and TCP/IPSiemens provides redundancy to it

100 Mbit/s Ethernetring with ring management

62,5 or 50 Fibre

TP

TP TP

STP

Siemensprovidesredundancydown to the devices




IEC61850 Ethernetvalidated components




New Architecture creates Advantages

Distributed Intelligencen No more classical Master/Slave configuration and

bottlenecks

Client / Server Architecture with Distributed Intelligence

SCADA WAN

Station bus

Engineering Browser

Process

Ethernet IEC61850


HMI Station Unit

independent communication




Client-Server Architecture

Client holdsconnections withseveral Servers




Client-Server Architecture

Server supportsconnections withseveral Clientssimultaneously




Interoperability

What are required for Interoperability

Uniform standardisation:Service (Service model)

Language (Data model)

Protocol

Communication medium

Engineering date-exchange

Conformity testing

IEC 61850 fulfils these Requirements




The idea behind IEC 61850: Separation

Application(e.g. Protection)

Service(e.g. Control, Report)

Communication(e.g. MMS/TCP/IP/Ethernet)

Separation of:

because Data did not change and will not changebut the communication technology will

IEC 61850:

Data ModelData Model

Services, RulesServices, Rules

MappingMapping




IEC 61850 GOOSE Principle

GOOSE Sender Device X

GOOSE ReceiverDevice Y

GOOSE ReceiverDevice Z

Eth

erne

t

A device sends information by Multicasting. Only devices which are subscribers receive this message.In the example, Receiver Z receives the message. Receiver Y is not a subscriber.

EXAMPLE:

GO

OS

E m

essa

ge

GOOSE (Generic Object Oriented Substation Event)




Overtake lane for IEC GOOSE

Buffer for normal telegrams

Ethernet-Switch

GOOSE

Normal Telegrams

Only IEC 61850 benefits from the optionsof modern 100 Mbit-Ethernet.

Not UCA2.0, not DNP, not T104 !

fast

Priority Tagging of GOOSE Telegrams

IEC 61850 GOOSE Principle




Engineering Process according to IEC 61850: Solution

Siprotecdevicelibrary

Devicedescription

Manufacturer X

System description

Deviceconfiguration

Manufacturer X

System configuration

Deviceconfiguration

SIPROTEC

Basic data

Station controller




First manufacturer worldwide with an IEC 61850certificate from KEMA




IEC 61850: Interoperability

Interoperability is the ability

of two or more IEDs

from the same vendor, or different vendors,

to exchange information and uses that

information for correct co-operation.




IEC 61850: Main Interoperability Projects

I E C6 1 8 5 0

I E CI E C6 1 8 5 06 1 8 5 0

2002 2003 200420012000

Interoperability Bay Devices and Station Controller ABB, ALSTOM, SIEMENS

Interoperability Between Bay Devices ABB, OMICRON, SIEMENS

Interoperability Sampled Values ABB, SIEMENS, KEMA

Interoperability System ABB, ALSTOM, SIEMENS

First Products and Systems

The way to interoperable substation automation

Interoperability Extended ABB, SIEMENS

2005 2006

Interoperability Between Bay Devices ABB, ALSTOM, SIEMENS




100 Mbit/s Ethernet

KEMA UNICAAnalyser

ABB SIEMENSAreva OMICRON

Station Unit

OMICRON - Stand, Halle 12 A65

Configuration at Hanover Fair 04




The Key is Interoperability




IEC 61850 Ready to go!

Specificationas an IEC-Standard

Test tools

Interoperability tests

Developmentsby market leaders

Users are active

Example:VDN-Projektgruppe

IEC 61850

....

....




IEC 61850 Benefit of the User

Time savings in projects, operationsand maintenance of substations

Cost savings through the use of Ethernet

Internationally valid and checkedinteroperability gets rid of frustrationarising from the system




IEC 61850 Ready for Use

IEC 61850 specification has been approved as international Standard

Tools for Analysis andTests are available

Interoperability Tests were successfully carried out




IEC 61850 Layout for station bus

IEC61850 Stations - Bus

IEC T104


IEC T101

ControlControl CenterCenter

IEC 61850 (Ethernet)IEC 61850 (Ethernet)ProtectionProtection -- ControlControl

IEC 60870IEC 60870--55--103 103 forfor ProtectionProtection

SCALANCE SSecurity-module

Router

Serial Hub103 overEthernet




Substation automationIEC 61850

Telecontrol of substations Seamless Information/Automation Architecturein discussion, IEC TC57 / Ad Hoc Working Group 07

Addendum Power Quality, Monitoringunder way, IEC 61850

Product standard for switchgear equipmentunder way, IEC 62271-003

Control and monitoring of wind power plantsunder way, IEC 61400-25

Control and monitoring of distributed energy resourcesunder way, IEC 62350

Control and monitoring of hydroelectric power plants under way, IEC 62344

Settings for Protection, Logging and Disturbance RecorderIEEE PSRC H5 (some more groups dealing with IEC 61850, C3, H6, JTF4)

Metering (EPRI, IEEE), Gas, Waterin discussion

IEC 61850: Basic applications and possible extensions




Comparison of Different Standards/Protocols

StationLevel

ControlCentreLevel

BayLevel

ProcessLevel

-

Yes

Yes

-

Yes

Yes

Yes

Yes

Yes

-

Yes

Yes

-

Yes

Yes

Yes(future)

Yes

Yes

IEC60870-5-103

Profibus DNP Modbus LON IEC61850

no no no no no Yes

GlobalAdoption partly partly no no no Yes

EngineeringSupport no partly no no no Yes




IEC 61850 now already known worldwide




IEC61850 worldwide




www.61850.com




The way to IEC 61850

Substation automation has always been complexn IEC 61850 provides a structure to give a more

simple viewn IEC 61850 does not change the functions of a

substationn IEC 61850 does not change the functionality of

the devicesn IEC 61850 provides Interoperability

To Kick-off your thinking about todays philosophiesn Do some more research (www.61850.com)n Consider your next substation applicationn Evaluate the chances to reduce costs in your

substations


Energy Automation ~ Siemens has the solution




Telecontrol and Station control for more than 70 years

Power Automation for more then 20 years

1996 2010

A long lasting experience is the basis of our Competence




The SICAM family For each application a fitting solution

SICAMPAS

SIPROTECSICAM

mini/microRTU

SICAMPAS CC SICAM

eRTU

SICAMDiamond




SICAM system unit based on standard hard- and software components which provides numerous communication options and a universal automation system.

SICAM - A powerful ability to shape the future -

SICAM miniRTUSICAM eRTU

Direct process connection

SICAM PASSIPROTEC 4




Functionality

Amount of process information

Gas - WaterPower Transmission - Distribution

SICAM miniRTU

Automation

Enhanced

Gateway

SICAM eRTU

SICAM RTU

SICAM - RTU portfolio -

SICAM microRTU




PSPS

CPUCPU

Flash EPROMFlash

EPROM

I/O cardsI/O

cards

Open front connector

Open front connector

Backplanebus

Backplanebus

Interface module IMInterface

module IMMCPMCP

SICAM eRTU - powerful and future oriented -

Based on Simatic S7-400 PLC from Siemens




SICAM eRTU - a communication engine -

IEC 60870-5-103

IEC 60870-5-101/DNP 3.00

IEC 60870-5-101 SINAUT 8-FWTG800, TG8979DNP V3.00

Control CentreControl CentreControl CentreControl Centre

WANIEC 60870-5-104

Diagnostic Centre(Diamond Client)

DiamondServer

RouterEthernet TCP / IP

Modbus / Profibus DP

.. ..




n Remote control & monitoring of substations from up to 3 Control centres (dual channels)

n Real-time acquisition of data

n PLC (Simatic S7) functionality

n Continuous self-test

n 2.5 kV isolation

n I/O modules with 1ms time resolution

nWide input voltage range modules

n Easily expandable

n High availability

n Remote diagnostic, control & monitoring with SICAM Diamond

n Communication of up to 96 IEDs or satellite RTUsn SIMATIC communication

(Profibus DP, Modbus)

n Easy Automation

SICAM eRTU - technical Highlights -




What is Substation Automation?

Reduction of hardware and easy expansionReduction of hardware and easy expansion

n Replacement of conventional control panels

n Use of numerical station and bay controllers with self monitoring & integrated functions

n Replacement of mimic boards by PC based system with HMI

n Automated operation by logic functions interlocking, load shedding etc.

n Modern communication using fibre optic links and bus systems

F1Log. IN 1

Log. IN 2F2

>1

Log.IN3

1503

1530

2173

1530

2173

8888

1530

1100

Log. OUT1

HMIStation Unit


SCADA/ WAN

SCADA




0

2

5

8

6

9

3

Increasing reliabilitySimple & easy mounting

Faster CommissioningSimplified Documentation

Easy troubleshooting Reduced total costs

Cost Reduction at Station Level

Marshalling cubicle

Distributed System using fibre optic cables




F1

Log.IN1

Log.IN2F2

>1

Log.IN3

1503

1530

2173

1530

2173

8888

1530

1100

Log.Out1

Distributed process interfaceProcess visualization and archivingTelecontrol interfaceAutomation function with CFCOnline configuration

IEC 60870-5-104Time signal

Control Control CenterCenterControl Control CenterCenter

IEC 60870-5-101 DNP V3.00

SICAM PASConfiguration and functions

SICAM PAS CC

Profibus FMS/IEC 60870-5-103

Modbus/Profibus DP

IEC 60870-5-101/DNP V3.00

SICAM PASStand-alone

system

Ethernet




F1Log.IN1

Log.IN2F2

>1

Log.IN3

1503

1530

2173

1530

2173

8888

1530

1100

Log.Out1

IEC 60870-5-104

Time signal

Control CentreControl CentreControl CentreControl Centre

IEC 60870-5-101 DNP V3.00

SICAM PASDistributed system with higher performance

SICAM PAS CC

Profibus FMSIEC 60870-5-103

Modbus/Profibus DPIEC 60870-5-101DNP V3.00

SICAM PASDistributed

System

Ethernet




IEC 60870-5-104

Control CentreControl Centre

SICAM PASHigh availability by redundancy & IEC 61850

SICAM PASRedundant

SystemHMI Clients

Full Server

Station bus

Full Server

Ethernet

IEC 61850Profibus FMS

!New!




F1

Log.IN1

Log.IN2F2

>1

Log.IN3

1503

1530

2173

1530

2173

8888

1530

1100

Log.Out1

IEC 60870-5-104TCP/IP Time signal

Control CentreControl CentreMaintenanceMaintenance

SICAM PASHigh flexibility through new interfaces

SICAM PAS CCSIMATIC WinCC

Profibus FMS/IEC 60870-5-103

IEC 60870-5-101/DNP V3.00

SICAM PASIT-Welt

OPC

SIMATIC

Ethernet

!New!

!New!




SICAM PASCommunication Highlights

Communication to Control CentresIEC 60870-5-101

IEC 60870-5-104 (Ethernet TCP/IP)

DNP V3.00

Connection of IEDs and Satellite RTUsIEC 61850IEC 60870-5-103, MODBUS, DNP V3.00IEC 60870-5-101 (incl. dial-up traffic)Profibus FMS, Profibus DPSINAUT LSA protocol

Data exchangewith OPC Server and Client

One substation platform for all communication needs

SCADA / WAN


SCADA

Station Unit

Station Unit

BU PU BU BU

Station Unit




= communication- specific fault recording archive

IEC 60870-5-103

Ethernet TCP/IP

SICAM Recpro Explorer and

Comtrade Viewer

Profibus FMS

IEC 61850

Full Server DIP

SICAM Recpro PC

Full Server

SICAM Recpro CollectorAutomatic transmission of archives of the station units toa superior level fault record archive

= collected fault recording archives, higher level fault recordingarchives

SICAM PAS a scalable system: Central Tasks: Fault Recording




SICAM PAS = Automation

Open Programming Platform (IEC-61131 compatible)

No software development on customer side needed

Configuration of functionality

CFC

ST




XML-

Export-file

Export of T101 (Slave) engineering data

Dbase-Export-

file

Export of T103 engineering data for SIPROTEC 4SICAM plusTOOLS > V4.0

DIGSI 4

SICAM PAS or PCC

Import of engineering data- IEC 61850- Profibus FMS- IEC 60870-5-103- IEC 60870-5-101

SICAM PAS

Export of Profibus FMS Engineering datafor SIPROTEC 4

SCD-Export-

file

Export of IEC 61850 engineering datafor SIPROTEC 4

DIGSI 4XML-Export-

fileDIGSI 4

XML-Export-file

Export of T101 / 104(Slave)- engineering data

Import of engineering data- IEC 60870-5-101- IEC 60870-5-104

SINAUT Spectrum Power CC

SICAM PAS

SICAM PAS a scalable system:Software: SICAM PAS UI - Data exchange -




SICAM PASTechnical Highlights

Local visualisation, archiving and loggingwith SICAM PAS Control Centre (CC) based on SIMATIC WinCC

Data acquisition and transmissionwith real time stamp and 1 ms resolution

Complete substation automation functionsSwitching authority, bay and station blocking, and automationusing CFC/ST

Substation redundancy (HOT-HOT)for the bay, station and HMI levels

True upgradeability from LSA to PAS AND from SAS to PAS

One substation platform meeting all functional needs




SICAM PAS IEC 61850 Communication with Bay Devices

n IEC 61850 (Version V5.1)The communication standard for the station busbased on Ethernet

n We recommend the use of Ethernet components from Ruggedcomn Principle communication configuration

IEC 61850

100 Mbit/s redundant switched Ethernet ring

Station Unit

Bay Cubicle

62,5 or 50 Fibre

TP

TP TP

TP

Cu Twisted Pair (TP)Shielded cable

max. 20m

No Redundancy,Cost-optimized

Station Unit

Small medium voltage switchgear

n Inter-bay-Communication between bay devices independent of the Station Unit with IEC 61850-Goose-mechanism (e.g. for inter-bay-interlocks)




IEC 61850: Solution for SIPROTEC

IEC 60870-5-103 + VDEW Extension

Profibus DP Profibus FMS

Modbus DNP 3.0

IEC 61850

Substation Communication Download Fault Records Download and Upload Settings IED Configuration




Ethernet-Switch, complies with IEC61850 requirements Redundant power supply Output relay Fan free operation

IEC 61850 System components

Ethernet-Switch for the substation




IEC 61850 System components

Ethernet-Switch, complies with IEC61850 requirements Rail mounting. Output relay Fan free operation

Ethernet-Switch for the substation




SICAM PAS IEC 61850Convincing Performance

Results determined with Station Unit 6MD91 and 72 devicesMonitoring direction SICAM PAS CCn Transmission of a messagen Transmission of a measured value

Control direction SICAM PAS CCn Output timen Process feedback time

Fault recordsn 30 fault records transferred and archived

< 200msec< 200msec

< 100msec< 200msec

< 1sec




SICAM PASmeets SICAM DIAMOND

Web Technology = Diamond V2Diamond V2n Substation IT, communication and information availability is

becoming increasingly important

n standardised front end use standard web browser

n Browser based diagnostics tools allowing remote access & support

n Economic web-based HMI n Event List

n Single Line Diagram




SICAM Diamond

n One or more Full Servers to one SICAM Diamond

n Test & Diagnostics simple Monitoring & control

n Communication via Ethernet

n Exchange of configuration data (*.xml)

Bay Controller/ IEDs

Station Bus

Diamond Server local HMIFull Server 1 Full Server 2 Full Server 3




SICAM DIAMOND - Web Technology for Substation Automation

SCADA Protocol DNP or IEC 60870-5-104 over TCP/IP &HTTP for Web Access

Two independent protocols via the Station Router

Intranet: Web Clients using standard brwoser

. . .

UMTSHome /Office

ISDN/xDSL

InternetInternetControl CentreControl CentreControl CentreControl CentreControl CentreControl Centre

Bay Controller/IED

Station Bus

S/S2

All in One SolutionSICAM PAS & Diamond- local HMI

Corporate Wide AreaNetwork / Intranet

Bay Controller/IED

Station Bus

S/S nn

Diamond / Web Serverrunning on station unitno local HMI

Bay Controller/IED

Station Bus

S/S 1

Diamond on a separateWeb Server local HMI




We have already sold more than 180 Units world We have already sold more than 180 Units world wide since release January 2004!!!!wide since release January 2004!!!!

SICAM PASSICAM PAS




The Solution: IEC 61850IEC 61850One World


APPLICATIONS




SICAM PAS application with IEC 61850: ATEL

Stationbus Ethernet TCP/IP with IEC61850

substation

Connectionbay devicesSIPROTEC 4with IEC61850

IEC60870-5-101

IEC60870-5-101

Control CentreControl Centre

SICAM Station Unit


Ethernet TCP/IP

SICAM miniRTU for general I/O

First IEC 61850 application running since October 2004




IEC 61850: In Utilities in Europe

RWE Power (Germany):open cast coal-mine Garzweiler II, 180 bays HV-/MV

ATEL (Switzerland)Pilot project Winznauschachen

City council Winterthur (Switzerland)Substation Wlflingen

EEM (Madeira Portugal):2 Substations commissioned

NEK (Bulgaria):1 400kv Substation

Transelectrica SA (Rumania)Main substation in the south of Bucarest

Delta N.V. (Netherlands)2 x HV substations

Trend: IEC61850Trend: IEC61850




IEC 61850: Utilities in Latin America

ENEBAR (Venezuela):Transmission company

CADAFE (Venezuela):Transmission company

TRANSELECTRIC (Ecuador): 5 substation on order

ISA (Columbia)5 substations with SICAM PAS

DISPAC (Columbia)3 Substation for delivery early 2006

EMSA (Columbia)1st SICAM PAS for delivery in O2.06





IEC 61850: Utilities in Latin America

CTEEP (Brazil)Large GIS substation

CFE (Mexico)Redundant SICAM PAS

ICE (Costa Rica)Transmission Substation

Luz der Sur (Peru)2 Substation in commission





IEC 61850: activities in Industry

Deutsche BP - Cologne (Germany)Refurbishment of Power Station

SASOL (South Africa):Petrochemical plant using SICAM PAS

VW Salzgitter (Germany): Refurbishment of Power Station in an Automobile factory

PETROBRAS (Brazil): FAFEM Petrochemical plant

YANBO (United Kingdom) Air Products

RUSAL (Russia) Aluminium Smelter Substation

ERZ (Switzerland) Substation for a waste incineration plant

ASMENT (Morocco) Substation for a cement production facility





AnlagenbusIEC61850LWL-Ring mit Ringmanagement

StationsbusIEC6185025/6kV HSA Anlage

LWL-Ring mit Ringmanagement

EngineeringArbeitsplatz

AbgesetzterBedienplatz

Fernzugriff auf den Engineering-PC ber Remote Desktop

Liefergrenze

MobilesVisualisierungs-

gert

Feldger te1 - n(7SJ, Regler )

Feldgert 6MD63fr zentraleEin-/Ausgaben

Anbindungsm glich-keit fr nicht IEC61850-

fhigeFeldger te(bei Bedarf)


AnschlussB

Entfernte Stationen 1 - 4mit SICAM miniRTU

ca. 10 km

4 StreckenIEC 60870-5-101

IEC 60870-5-101

StationsbusIEC618506kV BSP Anlage


zentralesStationsleitsystem

SICAM PAS

1)




1)


1)



1) Anschluss vonbiszu 6 Feldger tenan ein OpticalSwitch Modul (OSM)

StationsbusIEC61850110 kV HSA Anlage


TrafomonitoringIEC61850

SICAM PAS DIP110kV HSA6 kV BSP

SICAM PAS DIP25/6kV HSA

SICAM PCCFull Server

Zeitsynchronisationber GPS Antenne


Pilot project: RWE Rheinbraun Garzweiler II




Pilot project: RWE Rheinbraun Garzweiler II Station bus

Station bus IEC61850 FO-Ring with ring management

Switchgear

Connection toBay Units usingIEC61850 Connection to

Bay units using IEC60870-5-103

Seriell Hub

general indications

Connection to Plant bus

m Three independentStation busses:

110kV Section (HSA)25/6 kV- Section (HSA)6kV Section (BSP)

m In summary 180 Protection and Bay Units.

7SJ63, 7SJ64, 6MD66and 7SJ62: IEC61850 7UT6: IEC60870-5-103

m Connection to Transformer Controller using IEC61850

m High Availability due to automatic Ring management using intelligent Switch modules

IEC61850 - RJ45 IEC61850 - LWL IEC 60870-5-103- Cu




Pilot project: RWE Rheinbraun Garzweiler II Control room

local HMISICAM PASCC

Connection to Station bus25/6kV HSA

m SICAM PAS-System, consisting of:

Full server2xDIP (Device Interface Processor)SICAM PAS CCremote Control PCMobile Control PC

m Bay controller viaIEC61850IEC 60870-5-103

m Sub station connectionIEC60870-5-101

m Control center connectionIEC 60870-5-101

m Notebook as mobile Control PC useful at every switch.

IEC61850 - RJ45 IEC61850 - LWL IEC 60870-5-xxx- Cu

Connection Station bus

6kV BSP

Connection Station bus110kV HSA

IEC60870-5-101

4 times IEC 101

ProzessleitstelleProzessleitstelle

10 km

remote HMI (Net Meeting)

SICAM PAS

FS

DIP

DIP

MobileControl-PC

Plant bus IEC61850 FO-Ring with ring management




Pilotprojekt: VW SalzgitterControl room

SICAM PAS OSM

generalStation indications


IEC 103/ RS485

Switchgear

1 5

Hall 1

Hall 2

Hall 3

Hall 4

Central heading

Station bus to production sections

Connection to Corporate Network

ESM ESM ESM

ESM

OSM

OSM

local HMI SICAM PAS CC

IEC 61850

IEC61850 / IEC60870-5-103

IEC61850 / IEC60870-5-103Ethernet TCP/IP




section 3section 2

Pilot project: VW Salzgitter- 20 kV switchgear

Station bus IEC61850electrical ring

Switchgear Section 1

IEC61850 Seriell Hub


1 12

Connection to plant bus

app. 20 Meter

Switchgear 20kV 3 sections with 12 Feeder each

Bay Units 6MD63/7SJ63 using IEC 61850Protection Units 7SD61 using IEC 103

Due to short distances aRS 485 cooper bus will be used

Switchgear 20kV 3 sections with 12 Feeder each

Bay Units 6MD63/7SJ63 using IEC 61850Protection Units 7SD61 using IEC 103

Due to short distances aRS 485 cooper bus will be used

IEC 103/ RS485




The Solution: IEC 61850IEC 61850One World


Thanks for the attention

Documents

Iec61850 Und Sicam