23 March 2016 MicroSCADA Pro SYS600 Total solution for ...file/ABB+MicroSCADA+-SAS+Semin… ·...
Transcript of 23 March 2016 MicroSCADA Pro SYS600 Total solution for ...file/ABB+MicroSCADA+-SAS+Semin… ·...
© ABB GroupMarch 22, 2016 | Slide 1
ABB MicroScada Pro Release Tour 2.0 – 23th March 2016
MicroSCADA Pro SYS600Total solution for SubstationAutomation System [email protected]
© ABB GroupMarch 22, 2016 | Slide 2
Substation Automation SystemsPortfolio
Systems forcontrol,protection andmonitoring oftransmission todistribution AIS,GIS and hybridsubstations
Protectionsystems for theprimaryequipment inpower plants,substations aswell as industrialapplications
Prefabricatedbay houses forsubstationautomation,protection andcontrol includingcommunicationsand cabling formedium to high-voltage AIS &GIS substations
Monitoring andcontrol systemsfor utilities,industries andinfrastructure(eg, railways,tunnels, largebuildings, etc.)
Integrated solutions for grid reliability, industrial productivity and energy efficiency
Robust global value chain to serve established and emerging markets
Extensive global network of value-added channel partners
Substationautomation Protection Small SCADA Drop-in P&C
houses
Systems foronline protectionand control ofpower systemstability based oncurrent andvoltage phasormeasurements
Wide-areaprotection
ABB Portfolio and architecture
© ABB GroupMarch 22, 2016 | Slide 3
IEC 61850-8-1
IEC 61850-9-2
Frontend
MUSAMU
IED Configuration
SystemConfiguration
670 series REB500
RTU560SYS600C
MicroSCADA Pro
RTU540
smallSCADADMS600
RTU540630 series 620 series
650 series
650 series
SAMU
615 series
Combiflex
RTU511
Tools
© ABB GroupMarch 22, 2016 | Slide 4
Substation Automation SystemsMarkets served
Electrical grids
Industry
Power plants
all around the globe
Wind farms
Railways
© ABB GroupMarch 22, 2016 | Slide 5
Technology overview
RTU RTU RTU
RTU RTU RTUParallel,hardwiredcabling
Interbay bus Interbay bus
Process bus
Station bus Station bus
Conventional Modern(retrofit)
Modern Intelligent(retrofit)
Intelligent
Network level
Station level
Bay level
Process level
Parallel,hardwiredcabling
Parallel,hardwiredcabling
© ABB GroupMarch 22, 2016 | Slide 6
ABB AB B M ASTER
IP
A BB ABB MASTE R
IP
RTU
NLDC
MARSHALING RACK
Conventional Architecture
Conventional Vs Modern Architecture
Protection panels
Control panels
© ABB GroupMarch 22, 2016 | Slide 7
What is going on in the market ?
12
4
5
8
39
68C
ubic
les,
>180
Dev
ices
è Line
èTransformer
è Busbar
è Feeder
è Control
1960 1970 1980 1990 2000 2010?
Figures for Reference Station - 220/33kV S/S - 6nos 220kV feeders & 8 nos 33kV feeders
12
4
3
8
39
66C
ubic
les,
>160
Dev
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6
4
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56C
ubic
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>140
Dev
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2
3
4
3247
Cub
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evic
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13C
ubic
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>50
Dev
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3
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Morepowerfuldevices.Functionalintegrationon going
Functional integration
© ABB GroupMarch 22, 2016 | Slide 8
Proc
ess
Leve
lB
ayLe
vel
Stat
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Leve
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GIS or AISSwitchgear
-Q1
-Q0 -Q8-Q9
-Q2
1
38
=D04+R01225kV LIGNE ABOBO 1ABB
125VDC Distributuion Battery A 125VDC Distributuion Battery B
FaultRecording
=D04+R01225kV LIGNE ABOBO 1ABB
125VDC Distributuion Battery A 125VDC Distributuion Battery B
BAY CONTROL RELAY REC316*41ABB
2435678912111314151610LOCAL CONTROL METERING
LINE PROTECTION RELAY REL316*41ABB
ABB2435678912111314151610BUSBAR PROTECTION REB500
ABB
-Q1==12345678910111213141516cc
Bay Protection
LocalControl
=D04+R01225kV LIGNE ABOBO 1ABB
125VDC Distributuion Battery A 125VDC Distributuion Battery B
Busbar ProtectionSCADA
RTU=D04+R01225kV LIGNE ABOBO 1ABB
125VDC Distributuion Battery A 125VDC Distributuion Battery B
RTU 200IN 1 IN 2 IN 3 IN 4 IN 5 IN 6 IN 7 IN 8 OUT
ON/OFF
RTU 200IN 1 IN 2 IN 3 IN 4 IN 5 IN 6 IN 7 IN 8 OUT
ON/OFF
RTU 200IN 1 IN 2 IN 3 IN 4 IN 5 IN 6 IN 7 IN 8 OUT
ON/OFF
=D04+R01225kV LIGNE ABOBO 1ABB
125VDC Distributuion Battery A 125VDC Distributuion Battery B
EventRecording
BayControl
=D04+R01225kV LIGNE ABOBO 1ABB
ABB
-Q2SEL
-Q1SEL
-Q0SEL
=W1
=W2
FERMEROUVRIR
EXEESC
LAMPETESTE
DISTANCELOC
ABB ABB ABB
=D04+R01225kV LIGNE ABOBO 1ABB
ABB
-Q2SEL
-Q1SEL
-Q0SEL
=W1
=W2
FERMEROUVRIR
EXEESC
LAMPETESTE
DISTANCELOC
ABB ABB ABB
For each function a dedicated deviceand separate kiosks Extensive station
wide cabling
Extensive bay cabling
Conventional Substation Control
Conventional Vs Modern Architecture
© ABB GroupMarch 22, 2016 | Slide 9
IEC 61850The standard in substation automation
EPRI
IEC61850Is the first truly global standard in the electric
utility fieldHas been established by some 60 experts from
Europe and North AmericaInfluences other areas like wind and hydro
power plants, distributed energy resources,etc.
IEC61850 provides:Process-oriented data model, independent
of communication technologyStandardized description of primary and
secondary apparatuses and theirfunctionality
Compatible data exchange betweenengineering tools
Real-time capabilities for vertical andhorizontal (bay-bay) communication
IEC61850“Communicationnetworks andsystems insubstations ”
© ABB GroupMarch 22, 2016 | Slide 10
Substation automation solutionsThe smart way to operate your substations
SAS 600 Series station-level solutionsfor:Reliable local and/or remote control and
monitoring of substations atAll voltage levelsAny configurationEvery size
Integration of bay-level solutionsFully distributed functionalityOpen connectivity (to remote control centers,
integration of third-party IEDs)
Secure operation
Indoor GIS substation Outdoor AIS substation Distribution substationHybrid substation
© ABB GroupMarch 22, 2016 | Slide 11
Typical structure of a SubstationScalable architectures
Stat
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leve
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Proc
ess
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Functions
Station automationMonitoringFault evaluationEvent & alarm viewing
and AcknowledgementRemote communication for
Telecontrol & supervision
ProtectionControlMonitoringInterlockingData acquisition
GIS or AIS switchgearInstrument transformersPower transformersSurge arrestersNon-conventional transformers
© ABB GroupMarch 22, 2016 | Slide 12
ABB’s station and bay level solutions
SAS600 Seriesstation levelsolutions
Secure localand/or remotecontrol andmonitoring ofall substations
BPS600 Seriesbay protectionsolutions
Flexiblerealization ofyour protectionphilosophy andschemes
BCS600 Seriesbay controlsolutions
Optimizedpackages forlocal andremote controlin MV to EHVsubstationsFuture-proof systems with IEC61850
interoperability for optimal life cycle managementand low lifecycle cost
© ABB GroupMarch 22, 2016 | Slide 13
Enhanced SASSAS650
SAS630
Advanced SASSAS690
SAS670
ABB Substation Automation Systems SolutionStation Level
Components
Station HMIMicroSCADA PRO
GatewayCOM581
COM500
RTU560
Station busIEC61850-8-1
Basic SASSAS610
© ABB GroupMarch 22, 2016 | Slide 14
Substation automation solutions – Station Level
© ABB GroupMarch 22, 2016 | Slide 15
Substation automation solutionsGeneral selection guide
Customer requirements SAS 605 SAS 610 SAS 630 / 635 SAS 650 SAS 670 SAS 690
FunctionalityBasic control and monitoring of substations ● ● ● ● ● ●Advanced control and monitoring functions Option Option Option Option OptionOperationRemote only ●Local only ● ●Local and remote with priority on local Option ●Local and remote with priority on remote Option ●Local and remote with equally high priority Option ●Recommended applicationSubstationDistribution and subtransmission ● ●High-voltage transmission ● ● ●Extra voltage transmission ● ●Complex distribution ● ●
© ABB GroupMarch 22, 2016 | Slide 16
RTU560G-based substation automation systemsCompact low-end solution
Main characteristicsCentralized compact DIN-rail-mountable
RTUFocus on remote controlConnection of I/O modulesSupports various protocols for IED
integration (IEC61850, IEC103, DNP3.0and Modbus)
System functionsTime synchronization üBasic user authority handling üGroup alarms, group signals ü
Basic monitoring and control functionsSystem supervision, alarms, events, status indications,measurements ü
Remote control, monitoring and diagnostics (Gateway) ü
Advanced monitoring and control functionsUploading and storage of disturbance fault records ü
System sizeNumber of bay-level IEDs (estimation) 1..20Max. number of data points (fix limitation) 750Max. number of serial ports eg, for IEC101, IEC103, .. 2Max. number of Ethernet Ports eg, for IEC61850, IEC104, … 1
Smallest distribution applications,proxy
© ABB GroupMarch 22, 2016 | Slide 17
SAS605 – flexible RTU-based solutionDistribution and sub-transmission applications
Main characteristicsCentralized RTU-based station computerDirect I/O boardsLarge number of protocols for IED
integration and remote communicationsupported
Focus on remote control, optional basiclocal control
System functionsTime synchronization üBasic user authority handling üGroup alarms, group signals ü
Basic monitoring and control functionsSystem supervision, alarms, events, status indications,measurements ü
Remote control, monitoring and diagnostics (Gateway)
Local control and monitoring (HMI) ü
Advanced monitoring and control functionsUploading and storage of disturbance fault records ü
System sizeNumber of bay level IEDs (estimation) 1..60Max. number of data points (fix limitation) 5’000Number of remote links 4Number of IEC61850 Networks 1..3
© ABB GroupMarch 22, 2016 | Slide 18
SAS635 – flexible RTU-based solutionDistribution and sub-transmission applications
Main characteristicsDistributed station level devicesRTU-based gatewayLarge numbers of protocols for IED
integration and remote communicationsupported
Highly reliable remote control andadvanced local control functionality
System functionsTime synchronization üMulti level user authorization handling üVersatile language support, including operator-specific languages üGroup alarms, group signals üBlocking list üZooming, panning, de-cluttering ü
Basic monitoring and control functionsSystem supervision, alarms, events, status indications,measurements ü
Remote control, monitoring and diagnostics (Gateway) üSingle line pictures and system supervision pictures üControl dialogues, select before execute for operation ü
Advanced monitoring and control functionsRemote parameter setting and reading üUploading and storage of disturbance fault records üFault record analysis üMeasurement reports üTrends üExternal alarming (e-mail, short message, fax…) üDynamic busbar coloring üAutomatic sequence control ü
System sizeNumber of bay level IEDs (estimation) 1..60Max. number of data points (fix limitation) 5’000Number of remote links 4Number of IEC61850 Networks 1..3
© ABB GroupMarch 22, 2016 | Slide 19
SAS610…690 - high-end solutionsHigh-end solutions for a range of applications
Main characteristicsDistributed station-level devicesScalable architecture and functionality (from
single to fully redundant systemarchitecture, from basic to advancedfunctions)
Large systems supported (large numbers ofIEDs, highest performance)
Extremely high flexibility (functionality,communication topology)
System FunctionsTime synchronization üMulti level user authorization handling üVersatile language support, including operator-specific languages üGroup alarms, group signals üBlocking list üZooming, panning, de-cluttering üRedundancy (hot stand-by) ü
Basic monitoring and control functionsSystem supervision, alarms, events, status indications,measurements ü
Remote control, monitoring and diagnostics (Gateway) üSingle line pictures and system supervision pictures üControl dialogues, select before execute for operation ü
Advanced monitoring and control functionsRemote parameter setting and reading üUploading and storage of disturbance fault records üFault record analysis üMeasurement reports üTrends üExternal alarming (e-mail, short message, fax…) üDynamic busbar coloring üAutomatic sequence control ü
System SizeNumber of bay level IEDs (estimation) 1..150 *)Max. number of data points (fix limitation) > 10’000Number of remote links 4 *)Number of IEC61850 Networks 1..3 *)
*) more on request
© ABB GroupMarch 22, 2016 | Slide 20
SAS 610…690Overview, basic functions
Primary equipment supervision Control Secure operation
Measurements
AlarmsSystem supervision
User management
Sequences of events
© ABB GroupMarch 22, 2016 | Slide 21
SAS 610…690Overview, advanced functions
DR upload and Analysis Measurement Trends and Reports Trip Counter Table
Load Shedding
Automatic SequencesExternal Alarming
IED parameterization
Dynamic Busbar Coloring
© ABB GroupMarch 22, 2016 | Slide 22
Bay Level - Protection Panel & a Modern control Panel
BPS 6xxLine ProtectionMain 1 RED67087L67N79 AR25DRLine protectionMain 2 REL65021 Z<67N79 AR2527 / 59Busbar Protection500BU02BBPBFP
BCS 6xxModern BayControl
BCM 800REC650
© ABB GroupMarch 22, 2016 | Slide 23
ApplicationFunctionalityPerformance
670 series
610 series
650 series
630 series
605 series
615 series
Sub-transmission TransmissionDistribution
Relion® Product Family - Positioning
© ABB GroupMarch 22, 2016 | Slide 24
Relion® Product FamilyActual portfolio per application
Application Type 670 series 650 series 630 series 615 series 610 series 605 series
Feeder protection & control REF ● ● ● ●
Bay control REC ● ●
Transformer protection RET ● ● ● ●
Line distance protection REL ● ●
Line differential protection RED ● ●
Motor protection REM ● ● ●
Generator protection REG ● ●
Busbar protection REB ● ●
Breaker protection REQ ●
Voltage protection REU ● ●
Load shedding PML ●
Shunt reactor protection REG ●
Shunt capacitor bankprotection RET/REC ●
Covers all applications, from interconnected transmission grids to secondary distribution kiosks
SAS System Configuration
© ABB GroupMarch 22, 2016 | Slide 25
150kV GIS/AIS Substation System
Power Grid – Grid AutomationLocal Team Support
© ABB GroupMarch 22, 2016 | Slide 26
PGGAPGGA
SalesSales EngineeringEngineering ProjectManagement
ProjectManagement Field ServiceField Service
Mr. Anton Bangun (Manager)Mr. Irwan Santoso (Key Account)Mr. Eko Setiawan (SAS)Mr. Ridzky Arya (Telcom)Ms. Ulil Ulya (Tech Support)
Mr. Moh Adil (Manager)Mr. MustafaMr. Insanul AzisMr. Rifqi MarzuqiMr. RahmadMr. M YaqinMr. Irfan
Mr. Hario P (Manager)Mr. Parlin SihotangMs. Genesia
Mr. M. Hanafi (Manager)Mr. Ayub SMs. LiaMs. AlfaisMr. Harfizuldy
Mr.Predrag G
Our Project References
© ABB GroupMarch 22, 2016 | Slide 27
Package 9 Jawa Region
Kudus 150 kV S/S
Consist of 11 Bays (8 Line Bays, 2 Tranformer Bays, 1 Bus Coupler)SAS using MicroScada Pro Software & RTU560 as Gateway
East Kalimantan
Kayutangi 150 kV S/S
Consist of 3 Bays ( 2 Line Bays, 1 Tranformer Bays)SAS using MicroScada Pro Software & RTU560 as Gateway
South Kalimantan
Batulicin 150 kV S/S
Consist of 3 Bays ( 2 Line Bays, 1 Tranformer Bays)SAS using MicroScada Pro Software & RTU560 as GatewayRedundant SAS Server (Hot & Standby)
Our Several Local Project References
© ABB GroupMarch 22, 2016 | Slide 28
Site Location Project Year
Blora, Pati, Kudus, Rembang,Jekulo, Wonosari, Solo Baru 150 kV(Package-9)
Jawa Tengah 2008
Kayutangi 150 kV KalimantanSelatan 2008
Batu Licin 150 kV KalimantanSelatan 2009
Kedung Badak, Depok, Mandirancan150 kV (ADB) Jawa Barat 2010
Pringgabaya 150 kV Nusra 2010
Nguntoronadi 150 KV Jawa Tengah 2010
Serang 150 kV Banten 2010
Meulaboh kV Aceh 2010
Betano 150 kV Timor Leste 2011
Lautan Steel 150 kV Jawa Barat 2011
PLTU Kaltim Kalimantan Timur 2012
KDL Pass 150 kV Jawa Barat 2012
Gumawang Sumatra Selatan 2013
The next steps towardsDigital Substation
Evolution of process bus
IEC 61850 Station Bus
IEC 61850 Process Bus
Remote control
Analog / 9-2LE
Station levelSAS600 series of substation automationsolutions with IEC 61850 station bus
Bay level670 series control and protection IEDsREB500 Busbar Protection system
IET600 SAS Expert Engineering &ITT600 SA Explorer to Access andmonitor ApplicationsProcess level - NCITNon Conventional Instrument Transformer
ABB NCITs for GIS, CP-MU merging unit forELK-CP14 and ELK-CP3(current and voltage)ABB LTB with integratedFiber Optic Current Sensor FOCS-MU(current only)
Evolution of process bus
IEC 61850 Station Bus
IEC 61850 Process Bus
Remote control
Analog / 9-2LE
Make process bus available for anyconvention instrument transformer
9-2LE for Conventional Current andVoltage Transformer from any primaryequipment vendor
Combine newest ABB FOCStechnology with ConventionalInstrument Transformer
Merge NCIT Current with ConventionalVoltage Transformer to 9-2LE
Scalable and modular I/O platformfor process level installations
SAM600 I/O SystemDigitizing Primary signals made easy
§ Modular I/O Platform for interfacing primary equipment§ Fully IEC 61850 compliant
§ Extendable Bus architecture to chain up multiple Modules
§ Conventional current or voltage transformers (1.0)
§ High Precision Time synchronization
§ Circuit breaker, Disconnector, Earthing switches (2.0)
§ Optimized form factor for Indoor and Outdoor Application§ Bay cubicles for retrofit applications
§ Marshaling kiosks, VT terminal boxes for new or retrofitinstallations
§ Customizable Termination for primary cabling§ Process interface terminals are part of SAM600
§ Analog modules include binary inputs forMCB supervision and test switch indication
SAM600-CT
SAM600-VT
RE.670
REB500
GPS
9-2LE
1PPS
1588
SAM600-TS
3rd
party
© ABB GroupMarch 22, 2016 | Slide 33