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© ABB Group October 29, 2014 | Slide 1
Substation Automation SystemsPSSS/PSAC Engineering, Muhammad Adil, 30-10-2014
CONTENT
INTRODUCTION IEC61850
ABB’s BAY LEVEL SOLUTIONS
ABB’s STATION LEVEL SOLUTIONS
ABB’s AS A SYSTEM INTEGRATOR
© ABB Group October 29, 2014 | Slide 2
© ABB Group October 29, 2014 | Slide 3
INTRODUCTION IEC61850 The standard in substation automation
EPRI
IEC 61850 Is the first truly global standard in the electric
utility field Has been established by some 60 experts
from Europe and North America IEC 61850 provides:
Process-oriented data model, independent of communication technology
Standardized description of primary and secondary apparatuses and their functionality
Compatible data exchange between engineering tools
Real-time capabilities for vertical and horizontal (bay-bay) communication
IEC61850 “Communication networks and systems in substations ”
Towards a Global Solution for...
© ABB Group October 29, 2014 | Slide 4
The goal of the IEC 61850 standard
© ABB Group October 29, 2014 | Slide 5
The data model is process oriented...
© ABB Group October 29, 2014 | Slide 6
The hierarchical Data Model
© ABB Group October 29, 2014 | Slide 7
© ABB Group October 29, 2014 | Slide 8
Substation Automation Systems Markets served
Electrical grids
Industry
Power plants
all around the globe
Wind farms
Railways
© ABB Group October 29, 2014 | Slide 9
Typical structure of a SubstationScalable architectures
Stat
ion
leve
lB
ay le
vel
Proc
ess
leve
l
Functions
Station automation Monitoring Fault evaluation Event & alarm viewing
and Acknowledgement Remote communication for
Telecontrol & supervision
Protection Control Monitoring Interlocking Data acquisition
GIS or AIS switchgear Instrument transformers Power transformers Surge arresters Non-conventional transformers
© ABB Group October 29, 2014 | Slide 10
Technology overview
RTU RTU RTU
RTU RTU RTUParallel, hardwired cabling
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, hardwired cabling
Parallel, hardwired cabling
CONTENT
INTRODUCTION IEC61850
ABB’s BAY LEVEL SOLUTIONS
ABB’s STATION LEVEL SOLUTIONS
ABB’s AS A SYSTEM INTEGRATOR
© ABB Group October 29, 2014 | Slide 11
© ABB Group October 29, 2014 | Slide 12
ABB’s Bay level solutions
SAS 600 Series station level solutions
Secure local and/or remote control and monitoring of all substations
BPS 600 Series bay protection solutions
Flexible realization of your protection philosophy and schemes
BCS 600 Series bay control solutions
Optimized packages for local and remote control in MV to EHV substations
© ABB Group October 29, 2014 | Slide 13
Bay protection solutions BPS600The insurance for your assets
Generators Busbars Lines Transformers
Motors Breakers Shunt reactors Capacitors
Covering: AIS / GIS / hybrid substations, power plants and industrial
applications Voltage levels Protection concepts Feeders
© ABB Group October 29, 2014 | Slide 14
Bay control solutions BCS600The support for your operator
Optimized packages for Various busbar configurations Different primary equipment All control philosophies Distribution to transmission applications AIS / GIS / Hybrid substations
Outdoor AIS substation Hybrid substationIndoor GIS substation Distribution substation
© ABB Group October 29, 2014 | Slide 15
Drop-in protection and control housesThe ready-made solution for fast deployment
Complete drop-in P&C house accommodating: Assembled and pre-tested panels with control, monitoring
and protection IEDs, RTUs/gateways, HMI, local/remote control, including interconnections
AC/DC distribution panels, batteries, battery chargers, UPS, etc.
Marshalling cubicles, inter-panel wiring and cable management, etc.
Environmental management systems for HVAC, station auxiliary systems for alarms (intruder, fire, etc.), CCTV, associated communication systems
Can be used in: Industrial or electrical utility AIS, GIS and hybrid substations
from transmission to distribution level New installation (greenfield) or refurbishment (brownfield)
ISO container
Fully welded construction
Precast concrete
CONTENT
INTRODUCTION IEC61850
ABB’s BAY LEVEL SOLUTIONS
ABB’s STATION LEVEL SOLUTIONS
ABB’s AS A SYSTEM INTEGRATOR
© ABB Group October 29, 2014 | Slide 16
© ABB Group October 29, 2014 | Slide 17
ABB’s Bay level solutions
SAS 600 Series station level solutions
Secure local and/or remote control and monitoring of all substations
BPS 600 Series bay protection solutions
Flexible realization of your protection philosophy and schemes
BCS 600 Series bay control solutions
Optimized packages for local and remote control in MV to EHV substations
© ABB Group October 29, 2014 | Slide 18
ABB’s Bay level solutionsThe smart way to operate your substations
SAS 600 Series station-level solutions for: Reliable local and/or remote control and
monitoring of substations at All voltage levels Any configuration Every size
Integration of bay-level solutions Fully distributed functionality Open connectivity (to remote control centers,
integration of third-party IEDs)Secure operation
Indoor GIS substation Outdoor AIS substation Distribution substationHybrid substation
© ABB Group October 29, 2014 | Slide 19
Substation automation solutions
© ABB Group October 29, 2014 | Slide 20
RTU560G-based substation automation systems Compact low-end solution
Main characteristics Centralized compact DIN-rail-mountable
RTU Focus on remote control Connection of I/O modules Supports various protocols for IED
integration (IEC61850, IEC103, DNP3.0 and Modbus)
System functionsTime synchronization Basic user authority handling Group alarms, group signals
Basic monitoring and control functionsSystem supervision, alarms, events, status indications, measurements
Remote control, monitoring and diagnostics (Gateway)
Advanced monitoring and control functionsUploading and storage of disturbance fault records
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 Group October 29, 2014 | Slide 21
SAS605 – flexible RTU-based solutionDistribution and sub-transmission applications
Main characteristics Centralized RTU-based station computer Direct I/O boards Large number of protocols for IED
integration and remote communication supported
Focus on remote control, optional basic local control
System functionsTime synchronization Basic user authority handling Group alarms, group signals
Basic monitoring and control functionsSystem supervision, alarms, events, status indications, measurements
Remote control, monitoring and diagnostics (Gateway)
Local control and monitoring (HMI)
Advanced monitoring and control functionsUploading and storage of disturbance fault records
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 Group October 29, 2014 | Slide 22
SAS635 – flexible RTU-based solutionDistribution and sub-transmission applications
Main characteristics Distributed station level devices RTU-based gateway Large numbers of protocols for IED
integration and remote communication supported
Highly reliable remote control and advanced local control functionality
System functionsTime synchronization Multi level user authorization handling Versatile language support, including operator-specific languages Group alarms, group signals Blocking list Zooming, panning, de-cluttering
Basic monitoring and control functionsSystem supervision, alarms, events, status indications, measurements
Remote control, monitoring and diagnostics (Gateway) Single line pictures and system supervision pictures Control dialogues, select before execute for operation
Advanced monitoring and control functionsRemote parameter setting and reading Uploading and storage of disturbance fault records Fault record analysis Measurement reports Trends External alarming (e-mail, short message, fax…) Dynamic busbar coloring Automatic sequence control
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 Group October 29, 2014 | Slide 23
SAS610…690 - high-end solutionsHigh-end solutions for a range of applications
Main characteristics Distributed station-level devices Scalable architecture and functionality
(from single to fully redundant system architecture, from basic to advanced functions)
Large systems supported (large numbers of IEDs, highest performance)
Extremely high flexibility (functionality, communication topology)
System FunctionsTime synchronization Multi level user authorization handling Versatile language support, including operator-specific languages Group alarms, group signals Blocking list Zooming, panning, de-cluttering Redundancy (hot stand-by)
Basic monitoring and control functionsSystem supervision, alarms, events, status indications, measurements
Remote control, monitoring and diagnostics (Gateway) Single line pictures and system supervision pictures Control dialogues, select before execute for operation
Advanced monitoring and control functionsRemote parameter setting and reading Uploading and storage of disturbance fault records Fault record analysis Measurement reports Trends External alarming (e-mail, short message, fax…) Dynamic busbar coloring Automatic sequence control
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 Group October 29, 2014 | Slide 24
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 Group October 29, 2014 | Slide 25
SAS 610…690Overview, basic functions
Primary equipment supervision Control Secure operation
Measurements
Alarms System supervision
User management
Sequences of events
© ABB Group October 29, 2014 | Slide 26
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
CONTENT
INTRODUCTION IEC61850
ABB’s BAY LEVEL SOLUTIONS
ABB’s STATION LEVEL SOLUTIONS
ABB’s AS A SYSTEM INTEGRATOR
© ABB Group October 29, 2014 | Slide 27
© ABB Group October 29, 2014 | Slide 28
ABB as a system integrator
ABB maximizes your benefits from IEC61850 with its Fully IEC 61850 compliant portfolio Comprehensive substation automation
functionality Powerful tool environment Proven excellence and experience in
integrating third -arty devices and systems Maximum level of product integration for
enhanced performance and advanced functionality
Proficient project execution Deep understanding of customer
requirements and know-how in the substation domain
Unique quality assurance by in-house system verification center
© ABB Group October 29, 2014 | Slide 29
ABB’s System Verification Center, approved by UCA
The IEC 61850 compliance of ABB’s IEDs is verified
Complete protection and automation systems as well as tools are verified to ensure they fully meet the requirements in terms of communication, integration, functionality and performance
The UCA International Users Group has approved the SVC as the world’s first manufacturer’s test lab (level B) to perform IEC 61850 conformance testing
The IEC 61850 compliance of 3rd party IEDs used in projects is verified as well
The SVC is not only a verification but also a huge knowledge center
© ABB Group October 29, 2014 | Slide 30
Excellence in system integrationYour benefits:
Future-proof concepts with unrivaled flexibility, modularity and performance
Coverage of customers’ operational philosophies as well as requirements in terms of availability and functionality
Maximum safety, efficiency and reliability in operation and maintenance
Enhanced life cycle management at reduced life cycle cost Openness for future hardware and
functional extensions Improved data management and
user-understandable data
ABB maximizes your benefits from IEC 61850
© ABB Group October 29, 2014 | Slide 31
Excellence in system integrationYour benefits:
Peace of mind through full-system verification by unique in-house SVC using most advanced testing tools
High functionality through a maximum level of product integration and field-tested applications
Proven third-party integration through multi-vendor experience since 2004 and verification by UCA-recognized SVC
Guaranteed extensibility of fully compliant Substation Configuration Description (SCD) through best-in-class engineering
ABB maximizes your benefits from IEC 61850
ABB continues its strongcommitment to IEC61850
© ABB Group October 29, 2014 | Slide 32
ABB has sold more than 800 IEC61850 substation automation systems in 67 countries
1. Teck Cominco’s Waneta 230/63 kV S/S, Canada
2. EGL’s Laufenburg 380 kV Substation, Switzerland
3. EDP Distribuiçao Energia’s six HV/MV stations, Portugal
4. Senelec’s Hann 90/30 kV S/S, Senegal
5. enelven’s and enelco’s Soler & Médanos S/Ss, Venezuela
6. Eletrosul’s three 230/69 kV S/Ss, Brazil
7. EWA’s Financial Harbour, Sitra & Buquwwah S/Ss, Bahrain
8. DEWA SA frame contracts, Dubai
9. Transco’s and ADWEA’s new 400 - 11 kV GIS S/Ss, Abu Dhabi
10. Federal Grid Company’s Ochakovo 500/220/110 kV S/S, Russia
11. NTC’s six new 161/22.8 kV S/Ss, Taiwan
12. Six new HV substations for PGCIL, India
13. SA for PT PLN’s 150 kV S/Ss, Indonesia
14. NGCP’s Pitogo S/S and Meralco’s Amadeo S/S, Philippines
15. Rio Tinto/Hamersley Iron’s 220 kV Juna Downs S/S, Australia