Power Transmission and Distribution
IEC 61850 & SICAM PAS
Power Transmission and Distribution
ENERGY AUTOMATION No. 1 with Energy Automation
Welcome! GüntherFleischer Fleischer Günther
SiemensAG, AG,PTD PTDEA2 EA2BD3 BD3 Siemens BusinessDevelopment Development Business EnergyAutomation Automation Energy
Regionen:Mercosur Mercosurand andPortugal Portugal Regionen: Tel. +49(0)911 (0)911/ /433-8254 433-8254 Tel. +49
Mobil: +49 +49(0)172 (0)172/ /351 3511910 1910 Mobil: Email:
[email protected] [email protected] Email:
Energy Automation Buenos Aires Nov ‘05
Page 2
Power Transmission and Distribution
Present Situation of communication protocols for Substations No. 1 with Energy Automation
Most protocols have origins of low data rates
Energy Automation Buenos Aires Nov ‘05
Page 3
Power Transmission and Distribution
Present Situation of communication protocols for Substations No. 1 with Energy Automation
There are over 50 protocols worldwide for substation automation.
Energy Automation Buenos Aires Nov ‘05
Page 4
Power Transmission and Distribution
IEC 60870-5-… has gained acceptance No. 1 with Energy Automation
Corporate Network TCP/IP
Control Center
IEC 60870-5-104
IEC 60870-5-101
IEC 60870-5-103 FO in star configuration
IEC 60870-5-103 RS485-Bus
...
Profibus FMS Lon-Bus ….
Substation Energy Automation Buenos Aires Nov ‘05
Page 5
Power Transmission and Distribution
Technological Trends – Overview No. 1 with Energy Automation
yesterday
Energy Automation Buenos Aires Nov ‘05
today
Page 6
Power Transmission and Distribution
Communication Standards outside of Substations No. 1 with Energy Automation
Market 195 TR 2 6 C IE Participant IEC 61970 EMSEC, EDI ISO 9735
Control Centre 2 IEC 60870-5-101, -104, IEC 60870-6 (TASE.2), ELCOM90, DNP3 Power Plant
IEC 60870-6 (TASE.2), ELCOM90, DNP3, IEC 60870-5-101, -104
Server IEC 61968 DMS Control Centre 1 IEC 60870-5-101, -104, IEC 60870-6 (TASE.2), ELCOM90, DNP3
IEC 0 87 60
IEC 60870-5-101, IEC 60870-5-104, DNP3
IEC 6 1400 25
70 8 0 6 IEC 5 PoleTop
PU
02 -1 -5
Substation
IEC IEC 6110 620 7 56
Metering Billing PU Substation
(IEC 60834, IEEE 1565) Energy Automation Buenos Aires Nov ‘05
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Power Transmission and Distribution
Possible trend in the future No. 1 with Energy Automation
Market 195 TR 2 6 C IE Participant
Control Centre 2
IEC 61970 EMSEC, EDI ISO 9735
Server IEC 61968 DMS Control Centre 1
IEC 60870-6 (TASE.2)
IEC 61850
IEC 62210
IEC 61850
Substation 1IEC
61850
0 185 6 IEC CT VT
PoleTop
Power Plant
IEC 61850 IEC 6 1400 -25 IEC 620 56
Substation 2
IEC 61850
CT VT
Metering Billing
IEC 61850 Energy Automation Buenos Aires Nov ‘05
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Power Transmission and Distribution
Communication Standards within Substations IEC 61850 SU
B&B ComU
IEC 61850-8-1, IEC 60870-5-103, Profibus, Modbus, LON, DNP3, UCA.2, etc.
brown colour: no meaning in the future for substation control
SB PU
CU
C/ P
Filter
No. 1 with Energy Automation
IEC 61850-9-2, IEC 61850-8-1, CT VT
SG
IEC 62271-003 CAN, MVB, etc.
SG
PB CT VT
CT VT
IEC 61850-9-2,
IEC 60044-1 (1A/5A) IEC 60044-2 (100V)
SU - Station Unit PU - Protection Unit CU - Control Unit
PU
IEC 61850-9-1, IEC 60044-8 C/P Control/Protection Unit CT,VT - Instrument Transformer ComU - Communication Unit
Energy Automation Buenos Aires Nov ‘05
SB - Station Bus PB - Process Bus SG - Switchgear Page 9
Power Transmission and Distribution
Requirements of utilities - worldwide No. 1 with Energy Automation
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.
Energy Automation Buenos Aires Nov ‘05
Page 10
Power Transmission and Distribution
Architecture of a modern Substation Automation System No. 1 with Energy Automation
Distributed Intelligence n No more bottlenecks and classical master / slave architecture n Intelligence moves closer to the process due to distributed functionality using enhanced bay controller
SCADA Engineering Browser
SCADA Communication
Corporate Network TCP/IP
HMI SCADA / WAN
Station Unit
HMI
Master Unit
Station Bus Ethernet IEC 61850
Slave
Slave
e.g. I/O Unit
e.g. I/O Unit
BU
PU
BU
PU
independent communication Process
Master / Slave Architecture Energy Automation Buenos Aires Nov ‘05
Client / Server Architecture providing distributed intelligence Page 11
Power Transmission and Distribution
IEC 61850 - The way to an international standard for Substation IT No. 1 with Energy Automation
IEC 61850
Only IEC 61850 is able to provide a complete solution for Substation IT
US approach UCA™ 2
All major vendors of substation technology are active members of the IEC 61850 Working Groups
The international agreed goal IEC 60870-5 IEC 60870-6 experience
one world one technology one standard
IEC 61850
Energy Automation Buenos Aires Nov ‘05
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 work with 6 active members and numerous pilot projects Siemens project Substation IT coordinates a seamless communication technology within Siemens PTD
Page 12
Power Transmission and Distribution
3 Working Groups - 60 Experts - 14 Countries No. 1 with Energy Automation
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 Energy Automation Buenos Aires Nov ‘05
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Power Transmission and Distribution
The Solution: IEC 61850 No. 1 with Energy Automation
IEC 61850 One World
One Technology One Standard
Energy Automation Buenos Aires Nov ‘05
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Power Transmission and Distribution
IEC 61850 – present areas of application No. 1 with Energy Automation
Gasisolierte Schaltanlagen Gas insulated substations
Highly integrated Hoch Integrierte Schaltanlage HIS®® Substation HIS
IEC 61850 Luftisolierte Schaltanlagen Air insulated substations
Energy Automation Buenos Aires Nov ‘05
Medium-voltage substations
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Power Transmission and Distribution
Application Areas of the standard IEC 61850 No. 1 with Energy Automation
Control Centre harmonisation with CIM (IEC 61970) Station level
EthernetBasis
Engineering
Communication between bay devices Process connection
Energy Automation Buenos Aires Nov ‘05
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Power Transmission and Distribution
What does IEC 61850 achieve? No. 1 with Energy Automation
System configuration
Standardised language for describing substation
Standard communication with TCP - IP
Energy Automation Buenos Aires Nov ‘05
Defines structure for protection and control
IEC 61850
Based on Ethernet standard
Communication between bay devices
Fault records in Comtrade format
Time synchronisation with SNTP
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Power Transmission and Distribution
Ethernet: A Data Highway for everything No. 1 with Energy Automation
Transmission system
100 Mbit/s Ethernet § § § §
Bay devices to station controller Inter-device communication Remote setting of parameters etc.
DIGSI
à One communication technology in the substation
Energy Automation Buenos Aires Nov ‘05
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Power Transmission and Distribution
IEC61850 runs on Ethernet and TCP/IP Siemens provides redundancy to it No. 1 with Energy Automation
STP 62,5µ or 50µ Fibre
100 Mbit/s Ethernetring with ring management
Siemens provides redundancy down to the devices
TP
TP
TP
Energy Automation Buenos Aires Nov ‘05
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Power Transmission and Distribution
IEC61850 – Ethernet validated components No. 1 with Energy Automation
Energy Automation Buenos Aires Nov ‘05
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Power Transmission and Distribution
New Architecture creates Advantages No. 1 with Energy Automation
Distributed Intelligence n No more classical Master/Slave configuration and bottlenecks Corporate Network TCP/IP
Engineering Browser
HMI
Station Unit SCADA – WAN
Station bus Ethernet IEC61850
independent communication Process
Client / Server Architecture with Distributed Intelligence Energy Automation Buenos Aires Nov ‘05
Page 21
Power Transmission and Distribution
Client-Server Architecture No. 1 with Energy Automation
• Client holds connections with several Servers
Energy Automation Buenos Aires Nov ‘05
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Power Transmission and Distribution
Client-Server Architecture No. 1 with Energy Automation
• Server supports connections with several Clients simultaneously Energy Automation Buenos Aires Nov ‘05
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Power Transmission and Distribution
Interoperability No. 1 with Energy Automation
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
Energy Automation Buenos Aires Nov ‘05
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Power Transmission and Distribution
The idea behind IEC 61850: Separation No. 1 with Energy Automation
Separation of: Application
(e.g. Protection)
Service
(e.g. Control, Report)
Communication
(e.g. MMS/TCP/IP/Ethernet)
IEC 61850: Data DataModel Model
Services, Services,Rules Rules
Mapping Mapping
because Data did not change and will not change but the communication technology will Energy Automation Buenos Aires Nov ‘05
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Power Transmission and Distribution
IEC 61850 – GOOSE Principle 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:
GOOSE Receiver Device Y Ethernet
GOOSE Sender Device X
GOOSE message
No. 1 with Energy Automation
GOOSE Receiver Device Z
GOOSE (Generic Object Oriented Substation Event) Energy Automation Buenos Aires Nov ‘05
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Power Transmission and Distribution
IEC 61850 – GOOSE Principle No. 1 with Energy Automation
Priority Tagging of GOOSE Telegrams Ethernet-Switch Overtake lane for IEC GOOSE fast GOOSE
Normal Telegrams Buffer for normal telegrams
Only IEC 61850 benefits from the options of modern 100 Mbit-Ethernet. Not UCA2.0, not DNP, not T104 ! Energy Automation Buenos Aires Nov ‘05
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Power Transmission and Distribution
Engineering Process according to IEC 61850: Solution No. 1 with Energy Automation
Device description Manufacturer X System configuration
Siprotec device library
SIPROTEC
Device configuration System description
Device configuration Manufacturer X
Basic data Station controller Energy Automation Buenos Aires Nov ‘05
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Power Transmission and Distribution
First manufacturer worldwide with an IEC 61850 certificate from KEMA No. 1 with Energy Automation
Energy Automation Buenos Aires Nov ‘05
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Power Transmission and Distribution
IEC 61850: Interoperability No. 1 with Energy Automation
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.
Energy Automation Buenos Aires Nov ‘05
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Power Transmission and Distribution
IEC 61850: Main Interoperability Projects No. 1 with Energy Automation
The way to interoperable substation automation 2000
2001
2002
2003
2004
2005
IEC 61850
2006
First Products and Systems Interoperability “System” ABB, ALSTOM, SIEMENS Interoperability “Between Bay Devices” ABB, ALSTOM, SIEMENS
Interoperability “Extended” ABB, SIEMENS Interoperability “Sampled Values” ABB, SIEMENS, KEMA Interoperability “Between Bay Devices” ABB, OMICRON, SIEMENS Interoperability “Bay Devices and Station Controller” ABB, ALSTOM, SIEMENS
Energy Automation Buenos Aires Nov ‘05
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Power Transmission and Distribution
Configuration at Hanover Fair ‘04 No. 1 with Energy Automation
Station Unit
KEMA UNICA Analyser
100 Mbit/s Ethernet
ABB
Areva
SIEMENS
OMICRON
OMICRON - Stand, Halle 12 A65 Energy Automation Buenos Aires Nov ‘05
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Power Transmission and Distribution
The Key is Interoperability No. 1 with Energy Automation
Energy Automation Buenos Aires Nov ‘05
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Power Transmission and Distribution
IEC 61850 Ready to go! No. 1 with Energy Automation
Specification as an IEC-Standard
Users are active
Example: VDN-Projektgruppe IEC 61850 ....
Test tools
.... Developments by market leaders
Interoperability tests
Energy Automation Buenos Aires Nov ‘05
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Power Transmission and Distribution
IEC 61850 – Benefit of the User No. 1 with Energy Automation
• Time savings in projects, operations and maintenance of substations
• Cost savings through the use of Ethernet
• Internationally valid and checked interoperability gets rid of frustration arising from the system
Energy Automation Buenos Aires Nov ‘05
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Power Transmission and Distribution
IEC 61850 – Ready for Use No. 1 with Energy Automation
• IEC 61850 specification has been approved as international Standard • Tools for Analysis and Tests are available • Interoperability Tests were successfully carried out
Energy Automation Buenos Aires Nov ‘05
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Power Transmission and Distribution
IEC 61850 – Layout for station bus No. 1 with Energy Automation
Corporate Network TCP/IP
Control Center IEC T101
IEC T104 SCALANCE S Security-module Router
Serial Hub 103 over Ethernet
IEC61850 Stations - Bus
IEC 61850 (Ethernet) Protection - Control IEC 6087060870-5-103 for Protection
Energy Automation Buenos Aires Nov ‘05
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Power Transmission and Distribution
IEC 61850: Basic applications and possible extensions No. 1 with Energy Automation
§ Substation automation IEC 61850
§ Telecontrol of substations ‘Seamless Information/Automation Architecture’ in discussion, IEC TC57 / Ad Hoc Working Group 07
§ Addendum Power Quality, Monitoring under way, IEC 61850
§ Product standard for switchgear equipment under way, IEC 62271-003
§ Control and monitoring of wind power plants under way, IEC 61400-25
§ Control and monitoring of distributed energy resources under way, IEC 62350
§ Control and monitoring of hydroelectric power plants under way, IEC 62344
§ Settings for Protection, Logging and Disturbance Recorder IEEE PSRC H5 (some more groups dealing with IEC 61850, C3, H6, JTF4)
§ Metering (EPRI, IEEE), Gas, Water in discussion
Energy Automation Buenos Aires Nov ‘05
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Power Transmission and Distribution
Comparison of Different Standards/Protocols No. 1 with Energy Automation
IEC 608705-103
Profibus
DNP
Modbus
LON
IEC 61850
Control Centre Level
-
-
Yes
-
-
Yes (future)
Station Level
Yes
Yes
Yes
Yes
Yes
Yes
Bay Level
Yes
Yes
Yes
Yes
Yes
Yes
Process Level
no
no
no
no
no
Yes
Engineering Support
no
partly
no
no
no
Yes
partly
partly
no
no
no
Yes
Global Adoption
Energy Automation Buenos Aires Nov ‘05
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Power Transmission and Distribution
IEC 61850 – now already known worldwide No. 1 with Energy Automation
Energy Automation Buenos Aires Nov ‘05
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Power Transmission and Distribution
IEC61850 worldwide No. 1 with Energy Automation
Energy Automation Buenos Aires Nov ‘05
Page 41
Power Transmission and Distribution
www.61850.com No. 1 with Energy Automation
Energy Automation Buenos Aires Nov ‘05
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Power Transmission and Distribution
The way to IEC 61850 No. 1 with Energy Automation
Substation automation has always been complex n IEC 61850 provides a structure to give a more simple view n IEC 61850 does not change the functions of a substation n IEC 61850 does not change the functionality of the devices n IEC 61850 provides Interoperability To Kick-off your thinking about today‘s philosophies n Do some more research (www.61850.com) n Consider your next substation application n Evaluate the chances to reduce costs in your substations Energy Automation Buenos Aires Nov ‘05
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Power Transmission and Distribution
Energy Automation ~ Siemens has the solution
Power Transmission and Distribution
A long lasting experience is the basis of our Competence No. 1 with Energy Automation
1996
2010
Telecontrol and Station control for more than 70 years Power Automation for more then 20 years Energy Automation Buenos Aires Nov ‘05
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Power Transmission and Distribution
The SICAM family – For each application a fitting solution No. 1 with Energy Automation
SICAM PAS CC
SICAM eRTU SICAM PAS
SIPROTEC SICAM mini/micro RTU
Energy Automation Buenos Aires Nov ‘05
SICAM Diamond
Page 46
Power Transmission and Distribution
SICAM - A powerful ability to shape the future No. 1 with Energy Automation
SICAM system unit based on standard hard- and software components which provides numerous communication options and a universal automation system. SICAM eRTU miniRTU PAS 4 SIPROTEC
Direct process connection
Energy Automation Buenos Aires Nov ‘05
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Power Transmission and Distribution
SICAM - RTU portfolio No. 1 with Energy Automation
Functionality
SICAM eRTU
Enhanced
Automation
SICAM RTU
SICAM miniRTU
Gateway
SICAM microRTU
Amount of process information
Gas - Water Power Transmission - Distribution Energy Automation Buenos Aires Nov ‘05
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Power Transmission and Distribution
SICAM eRTU - powerful and future oriented No. 1 with Energy Automation
CPU CPU
MCP MCP
I/O I/O cards cards
Interface Interface module module IM IM
PS PS
Flash Flash EPROM EPROM Open Open front front connector connector
Backplane Backplane bus bus
Based on Simatic S7-400 PLC from Siemens Energy Automation Buenos Aires Nov ‘05
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Power Transmission and Distribution
SICAM eRTU - a communication engine No. 1 with Energy Automation
Diagnostic Centre (Diamond Client)
Control Centre IEC 60870-5-101 SINAUT 8-FW TG800, TG8979 DNP V3.00
WAN IEC 60870-5-104
Control Centre
Diamond Server Router
Ethernet TCP / IP
Modbus / Profibus DP IEC 60870-5-101/DNP 3.00 IEC 60870-5-103
..
Energy Automation Buenos Aires Nov ‘05
..
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Power Transmission and Distribution
SICAM eRTU - technical Highlights No. 1 with Energy Automation
n Remote control & monitoring of substations from up to 3 Control centres (dual channels) n Remote diagnostic, control & monitoring with SICAM Diamond n PLC (Simatic S7) functionality n Easy Automation n 2.5 kV isolation n Continuous self-test n High availability n Real-time acquisition of data n I/O modules with 1ms time resolution n Wide input voltage range modules n Easily expandable n Communication of up to 96 IEDs or satellite RTUs n SIMATIC communication (Profibus DP, Modbus)
Energy Automation Buenos Aires Nov ‘05
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Power Transmission and Distribution
What is Substation Automation? No. 1 with Energy Automation
n Replacement of conventional control panels n Use of numerical station and bay controllers with self monitoring & integrated functions
Corporate Network TCP/IP
SCADA HMI
SCADA/ WAN
Station Unit
n Replacement of mimic boards by PC based system with HMI n Automated operation by logic functions à interlocking, load shedding etc. Log. IN 1
n Modern communication using fibre optic links and bus systems
1100 F1 1530
Log. IN 2
1503 2173 F2
Log.IN3
1530
1530 8888 >1 2173
Log. OUT1
è Reduction of hardware and easy expansion Energy Automation Buenos Aires Nov ‘05
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Power Transmission and Distribution
Cost Reduction at Station Level No. 1 with Energy Automation
8 5
Distributed System using fibre optic cables 2 0
Increasing reliability Simple & easy mounting 9
6 3
Marshalling cubicle
Energy Automation Buenos Aires Nov ‘05
Faster Commissioning Simplified Documentation Easy troubleshooting Reduced total costs Page 53
Power Transmission and Distribution
SICAM PAS Configuration and functions No. 1 with Energy Automation
Control Center
IEC 60870-5-101 DNP V3.00
SICAM PAS Stand-alone
Control Center
system SICAM PAS CC
IEC 60870-5-104
Time signal Log.IN1
1100
F1
1530 1530
8888
Log.Out1
>1 1503 Log.IN2
2173
F2
2173
Log.IN3 1530
Distributed process interface Process visualization and archiving Telecontrol interface Automation function with CFC Online configuration
Ethernet
Modbus/Profibus DP IEC 60870-5-101/DNP V3.00
Profibus FMS/IEC 60870-5-103
Energy Automation Buenos Aires Nov ‘05
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Power Transmission and Distribution
SICAM PAS Distributed system with higher performance No. 1 with Energy Automation
Control Centre
SICAM PAS Distributed
Control Centre
System SICAM PAS CC
IEC 60870-5-101 DNP V3.00 IEC 60870-5-104 Log.IN1
Time signal
1100
F1
1530 1530
8888 Log.Out1
>1 1503 Log.IN2
F2
2173 2173
Log.IN3 1530
Ethernet
Profibus FMS IEC 60870-5-103
IEC 60870-5-101 DNP V3.00
Energy Automation Buenos Aires Nov ‘05
Modbus/Profibus DP
Page 55
Power Transmission and Distribution
SICAM PAS High availability by redundancy & IEC 61850 No. 1 with Energy Automation
SICAM PAS Redundant
Control Centre
System
HMI Clients
IEC 60870-5-104 Ethernet
Full Server
Full Server
Station bus
!N ew ! IEC 61850 Profibus FMS
Energy Automation Buenos Aires Nov ‘05
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Power Transmission and Distribution
SICAM PAS High flexibility through new interfaces No. 1 with Energy Automation
Maintenance
SICAM PAS IT-Welt
Control Centre
w! !Ne
SICAM PAS CC SIMATIC WinCC IEC 60870-5-104 TCP/IP
Time signal Log.IN1
1100
F1
1530 1530
8888
Log.Out1
>1 1503 Log.IN2
2173
F2
2173
Log.IN3 1530
Ethernet
OPC IEC 60870-5-101/DNP V3.00
!Ne w! SIMATIC
Profibus FMS/IEC 60870-5-103
Energy Automation Buenos Aires Nov ‘05
Page 57
Power Transmission and Distribution
SICAM PAS Communication Highlights No. 1 with Energy Automation
Communication to Control Centres
Corporate Network TCP/IP
SCADA
IEC 60870-5-101 IEC 60870-5-104 (Ethernet TCP/IP)
SCADA / WAN
Station Unit
DNP V3.00
Connection of IEDs and Satellite RTUs IEC 61850 IEC 60870-5-103, MODBUS, DNP V3.00 IEC 60870-5-101 (incl. dial-up traffic) Profibus FMS, Profibus DP SINAUT LSA protocol
Data exchange
Station Unit
BU
PU
BU
BU
Station Unit
with OPC Server and Client
One substation platform for all communication needs Energy Automation Buenos Aires Nov ‘05
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Power Transmission and Distribution
SICAM PAS a scalable system: Central Tasks: Fault Recording No. 1 with Energy Automation
SICAM Recpro Collector
SICAM Recpro Explorer and Comtrade Viewer
Automatic transmission of archives of the station units to a superior level fault record archive
SICAM Recpro PC
Ethernet TCP/IP
DIP
Full Server
IEC 61850 Profibus FMS
Full Server
IEC 60870 -5-103
= communication- specific fault recording archive = collected fault recording archives, higher level fault recording archives Energy Automation Buenos Aires Nov ‘05
Page 59
Power Transmission and Distribution
SICAM PAS = Automation No. 1 with Energy Automation
Open Programming Platform (IEC-61131 compatible) No software development on customer side needed Configuration of functionality
ST CFC Energy Automation Buenos Aires Nov ‘05
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Power Transmission and Distribution
SICAM PAS a scalable system: Software: SICAM PAS UI - Data exchange No. 1 with Energy Automation
SINAUT Spectrum Power CC Import of engineering data - IEC 60870-5-101 - IEC 60870-5-104
SICAM PAS Export of T101 / 104 (Slave)- engineering data
SICAM PAS Import of engineering data - IEC 61850 - Profibus FMS - IEC 60870-5-103 - IEC 60870-5-101
Export of T101 (Slave) engineering data SICAM plusTOOLS > V4.0 XMLExportfile SICAM PAS or PCC
XMLExportfile
Export of T103 engineering data for SIPROTEC 4 DIGSI 4
Energy Automation Buenos Aires Nov ‘05
DbaseExportfile
Export of Profibus FMS Engineering data for SIPROTEC 4 DIGSI 4
XMLExportfile
Export of IEC 61850 engineering data for SIPROTEC 4 DIGSI 4
SCDExportfile
Page 61
Power Transmission and Distribution
SICAM PAS Technical Highlights No. 1 with Energy Automation
Local visualisation, archiving and logging with SICAM PAS Control Centre (CC) based on SIMATIC WinCC
Data acquisition and transmission with real time stamp and 1 ms resolution
Complete substation automation functions Switching authority, bay and station blocking, and automation using 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 Energy Automation Buenos Aires Nov ‘05
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Power Transmission and Distribution
SICAM PAS IEC 61850 – Communication with Bay Devices No. 1 with Energy Automation
n IEC 61850 (Version V5.1) The communication standard for the station bus based on Ethernet
IEC 61850
n We recommend the use of Ethernet components from Ruggedcom n Principle communication configuration
Station Unit 62,5µ or 50µ Fibre
Station Unit
TP
100 Mbit/s redundant switched Ethernet ring Bay Cubicle
TP TP
No Redundancy, Cost-optimized
TP Cu Twisted Pair (TP) Shielded cable max. 20m
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) Energy Automation Buenos Aires Nov ‘05
Page 63
Power Transmission and Distribution
IEC 61850: Solution for SIPROTEC No. 1 with Energy Automation
• Profibus DP • Profibus FMS
• IEC 60870-5-103 + VDEW Extension
• IEC 61850 • Modbus • DNP 3.0
• Substation Communication • Download Fault Records • Download and Upload Settings • IED Configuration Energy Automation Buenos Aires Nov ‘05
Page 64
Power Transmission and Distribution
IEC 61850 – System components No. 1 with Energy Automation
Ethernet-Switch for the substation ü ü ü ü
Ethernet-Switch, complies with IEC61850 requirements Redundant power supply Output relay Fan free operation
Energy Automation Buenos Aires Nov ‘05
Page 65
Power Transmission and Distribution
IEC 61850 – System components No. 1 with Energy Automation
Ethernet-Switch for the substation ü ü ü ü
Ethernet-Switch, complies with IEC61850 requirements Rail mounting. Output relay Fan free operation
Energy Automation Buenos Aires Nov ‘05
Page 66
Power Transmission and Distribution
SICAM PAS – IEC 61850 Convincing Performance No. 1 with Energy Automation
Results determined with Station Unit 6MD91 and 72 devices Monitoring direction è SICAM PAS CC n Transmission of a message n Transmission of a measured value
< 200msec < 200msec
Control direction ç SICAM PAS CC n Output time n Process feedback time
< 100msec < 200msec
Fault records n 30 fault records transferred and archived
Energy Automation Buenos Aires Nov ‘05
< 1sec
Page 67
Power Transmission and Distribution
SICAM PAS meets SICAM DIAMOND No. 1 with Energy Automation
Web Technology = Diamond V2 n 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
Energy Automation Buenos Aires Nov ‘05
Page 68
Power Transmission and Distribution
SICAM Diamond No. 1 with Energy Automation
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)
Full Server 1
Full Server 2
Full Server 3 Diamond Server – local HMI
Station Bus
Bay Controller/ IEDs
Energy Automation Buenos Aires Nov ‘05
Page 69
Power Transmission and Distribution
SICAM DIAMOND - Web Technology for Substation Automation No. 1 with Energy Automation
UMTS
ISDN/xDSL
Internet Internet
Home / Office
C tn C re tl ro C tn C re o tln ero
Intranet: Web Clients using standard brwoser
SCADA Protocol DNP or IEC 60870-5-104 over TCP/IP & HTTP for Web Access
Diamond on a separate Web Server – local HMI
Corporate Wide Area Network / Intranet
Diamond / Web Server running on station unit no local HMI
All in One Solution SICAM PAS & Diamond - local HMI
Station Bus
. . .
Station Bus
Bay Controller/ IED
Bay Controller/ IED S/S 1 Energy Automation Buenos Aires Nov ‘05
Two independent protocols via the Station Router
Station Bus Bay Controller/ IED
S/S 2
S/S nn Page 70
Power Transmission and Distribution
No. 1 with Energy Automation
SICAM PAS
We have already sold more than 180 Units world wide since release January 2004!!!!
Energy Automation Buenos Aires Nov ‘05
Page 71
Power Transmission and Distribution
The Solution: IEC 61850
IEC 61850
No. 1 with Energy Automation
One World
One Technology One Standard
APPLICATIONS
Energy Automation Buenos Aires Nov ‘05
Page 72
Power Transmission and Distribution
SICAM PAS application with IEC 61850: ATEL No. 1 with Energy Automation
Corporate Network TCP/IP
Control Centre
First I EC applic 61850 ation ru since Octob nning er 200 4
IEC60870-5-101 Ethernet TCP/IP
SICAM Station Unit
IEC60870-5-101
SICAM miniRTU for general I/O
Stationbus Ethernet TCP/IP with IEC61850
Connection bay devices SIPROTEC 4 with IEC61850
substation
Energy Automation Buenos Aires Nov ‘05
Page 73
Power Transmission and Distribution
IEC 61850: In Utilities in Europe No. 1 with Energy Automation
Trend: IEC61850
þ RWE Power (Germany): open cast coal-mine Garzweiler II, 180 bays HV-/MV þ ATEL (Switzerland) Pilot project Winznauschachen þ City council Winterthur (Switzerland) Substation Wülflingen þ EEM (Madeira Portugal): 2 Substations commissioned þ NEK (Bulgaria): 1 400kv Substation þ Transelectrica SA (Rumania) Main substation in the south of Bucarest þ Delta N.V. (Netherlands) 2 x HV substations
Energy Automation Buenos Aires Nov ‘05
Page 74
Power Transmission and Distribution
IEC 61850: Utilities in Latin America No. 1 with Energy Automation
þ ENEBAR (Venezuela): Transmission company Trend: IEC61850
þ CADAFE (Venezuela): Transmission company þ TRANSELECTRIC (Ecuador): 5 substation on order þ ISA (Columbia) 5 substations with SICAM PAS þ DISPAC (Columbia) 3 Substation for delivery early 2006 þ EMSA (Columbia) 1st SICAM PAS for delivery in O2.06
Energy Automation Buenos Aires Nov ‘05
Page 75
Power Transmission and Distribution
IEC 61850: Utilities in Latin America No. 1 with Energy Automation
þ CTEEP (Brazil) Large GIS substation Trend: IEC61850
þ CFE (Mexico) Redundant SICAM PAS þ ICE (Costa Rica) Transmission Substation þ Luz der Sur (Peru) 2 Substation in commission
Energy Automation Buenos Aires Nov ‘05
Page 76
Power Transmission and Distribution
IEC 61850: activities in Industry No. 1 with Energy Automation
Trend: IEC61850
þ Deutsche BP - Cologne (Germany) Refurbishment of Power Station þ SASOL (South Africa): Petrochemical plant using SICAM PAS þ VW Salzgitter (Germany): Refurbishment of Power Station in an Automobile factory þ PETROBRAS (Brazil): FAFEM Petrochemical plant þ YANBO (United Kingdom) Air Products þ RUSAL (Russia) Aluminium Smelter Substation þ ERZ (Switzerland) Substation for a waste incineration plant þ ASMENT (Morocco) Substation for a cement production facility
Energy Automation Buenos Aires Nov ‘05
Page 77
Power Transmission and Distribution
Pilot project: RWE Rheinbraun – Garzweiler II No. 1 with Energy Automation Anschluss BÜ
Engineering Arbeitsplatz
zentrales Stationsleitsystem SICAM PAS
IEC 60870-5-101
Zeitsynchronisation über GPS Antenne
Abgesetzter Bedienplatz Fernzugriff auf den EngineeringPC über Remote Desktop
Mobiles Visualisierungsger ät
SICAM PAS DIP 25/6kV HSA SICAM PAS DIP 110kV HSA 6 kV BSP Trafomonitoring IEC61850
SICAM PCC Full Server
ca. 10 km
AnlagenbusIEC61850 LWL-Ring mit Ringmanagement
4 Strecken IEC 60870-5-101
StationsbusIEC61850 25/6kV HSA Anlage LWL-Ring mit Ringmanagement
1) Anschluss von biszu 6 Feldger äten an ein Optical Switch Modul (OSM)
Entfernte Stationen 1 - 4 mit SICAM miniRTU Feldger äte1 - n (7SJ, Regler )
StationsbusIEC61850 110 kV HSA Anlage LWL-Ring mit Ringmanagement
1)
1)
Liefergrenze
Feldgerät 6MD63 für zentrale Ein -/Ausgaben
Feldgerät 6MD63 für zentrale Ein -/Ausgaben
Anbindungsm öglich keit für nicht IEC61850fähige Feldger äte (bei Bedarf)
Energy Automation Buenos Aires Nov ‘05
Feldger äte1 - n (7SJ, Regler )
Feldgerät 6MD63 für zentrale Ein -/Ausgaben
StationsbusIEC61850 6kV BSP Anlage LWL-Ring mit Ringmanagement
1)
Anbindungsm öglich keit für nicht IEC61850fähige Feldger äte (bei Bedarf)
Feldger äte1 - n (7SJ, Regler )
Anbindungsm öglich keit für nicht IEC61850fähige Feldger äte (bei Bedarf)
Page 78
Power Transmission and Distribution
Pilot project: RWE Rheinbraun – Garzweiler II – Station bus No. 1 with Energy Automation
m
Connection to Plant bus
Three independent Station busses: 110kV – Section (HSA) 25/6 kV- Section (HSA) 6kV – Section (BSP)
m
general indications
In summary 180 Protection and Bay Units. 7SJ63, 7SJ64, 6MD66 and 7SJ62: IEC61850 7UT6: IEC60870-5-103
Station bus IEC61850 FO-Ring with ring management
m
Connection to Transformer Controller using IEC61850
m
High Availability due to automatic Ring management using intelligent Switch modules
Seriell Hub
Connection to Bay Units using IEC61850
Connection to Bay units using IEC60870-5-103
Switchgear IEC61850 - RJ45 IEC61850 - LWL Energy Automation Buenos Aires Nov ‘05
IEC 60870-5-103- Cu
Page 79
Power Transmission and Distribution
Pilot project: RWE Rheinbraun – Garzweiler II – Control room No. 1 with Energy Automation
Prozessleitstelle IEC60870-5101
local HMI SICAM PASCC
remote HMI (Net Meeting)
m SICAM PAS-System,
consisting of: Full server 2xDIP (Device Interface Processor) SICAM PAS CC remote Control PC Mobile Control PC
SICAM PAS FS DIP
10 km
m Bay
controller via IEC61850 IEC 60870-5-103
DIP
Mobile Control-PC 4 times IEC 101
Plant bus IEC61850 FO-Ring with ring management
Connection to Station bus 25/6kV HSA
Connection Station bus 110kV HSA
IEC61850 - RJ45 IEC61850 - LWL Energy Automation Buenos Aires Nov ‘05
m Sub
station connection IEC60870-5-101
m Control
center connection IEC 60870-5-101
m Notebook
as mobile Control PC useful at every switch.
Connection Station bus 6kV BSP
IEC 60870-5-xxx- Cu
Page 80
Power Transmission and Distribution
Pilotprojekt: VW Salzgitter Control room No. 1 with Energy Automation
local HMI SICAM PAS CC
IEC61850 / IEC60870-5-103
Hall 1 IEC 61850
IEC 103/ RS485
OSM
SICAM PAS
1…5
Switchgear
Hall 2 Hall 3
Connection to Corporate Network
OSM ESM
Hall 4
general Station indications
OSM
Central heading
Ethernet
TCP/IP
IEC61850 / IEC60870-5-103
Station bus to production sections ESM
IEC61850 - RJ45 IEC61850 - LWL Energy Automation Buenos Aires Nov ‘05
ESM
ESM
IEC 60870-5-103- Cu Page 81
Power Transmission and Distribution
Pilot project: VW Salzgitter - 20 kV switchgear No. 1 with Energy Automation
Switchgear Switchgear20kV 20kV 33sections with sections with12 12Feeder Feedereach each Bay BayUnits Units6MD63/7SJ63 6MD63/7SJ63using usingIEC IEC61850 61850 Protection Units 7SD61 using IEC 103 Protection Units 7SD61 using IEC 103
Connection to plant bus app. 20 Meter
Due Duetotoshort shortdistances distancesaa RS RS485 485cooper cooperbus buswill willbe beused used
Station bus IEC61850 electrical ring
IEC61850
Seriell Hub IEC 103/ RS485
1 … 12
Switchgear Section 1 IEC61850 - RJ45 IEC61850 - LWL Energy Automation Buenos Aires Nov ‘05
section 2
section 3
IEC 60870-5-103- Cu Page 82
Power Transmission and Distribution
The Solution: IEC 61850
IEC 61850
No. 1 with Energy Automation
One World
One Technology One Standard
Thanks for the attention
Energy Automation Buenos Aires Nov ‘05
Page 83
