ramon baechli/roger kaspar abb utility communication …abb+utility+communication+2012-10.pdf ·...
TRANSCRIPT
Ramon Baechli/Roger Kaspar
Ramon
© ABB Group 5 October 2012 | Slide 1
ABB Utility CommunicationIntroduction
Power utilities applicationsTeleprotection
Teleprotection functionality – safeguarding the electrical grid
In case of malfunction the potential implications are tremendous
Blackouts
Destroyed primary equipment such as transformers or switchgears
Requirements on communication performance are very high
Hard real-time communication
Very deterministic data channels
Very high network availability
Very high dependability and security© ABB Group 5 October 2012 | Slide 3
Power utilities applicationsSCADA System
SCADA applications – the brain of the utility
Provides actual state of power grid
Allows remote control of substationsLoss of communication means loss of
power grid visibility
Based on international standards such as IEC 60870-5-101 or 104
Very reliable communication channel required
Real-time communication
Multiprotocol environment
Different and specific topologies need to be supported
© ABB Group 5 October 2012 | Slide 5
Power utilities applicationsSmart Grid applications
Smarter Grids – the future has started
New communication requirements arise due to
Integration of renewable power generation
Possibility of multidirectional power flow
Integration of more sensors to get better visibility of the grid
New applications such as automatic meter reading or demand side management
© ABB Group 5 October 2012 | Slide 6
Power utilities environmentUtility grade equipment
Utility environment – a challenge by itself
Hardware is exposed to severe substation environment
High electrical and magnetic fields
Extreme temperatures
Telecommunication equipment needs to work for many years extremely reliable in such environment
© ABB Group 5 October 2012 | Slide 7
Power utilities environmentOther operational applications
Operate a power grid – more and more applications require communication
Additional applications help the utility to keep on power flowing
Remote supervision using IP camerasMetering system for supervision purposesWide are protection schemes
Remote maintenance of equipment for trouble shooting or upgrade purposes
Requirements on communications differ from application to application
© ABB Group 5 October 2012 | Slide 8
Power utilities environmentMultiservice approach
© ABB Group 5 October 2012 | Slide 9
2-wire
RS-232
IEEE C37.94
Ethernet
The communication network of a power utility needs to be of multiservice type, able to cover all communication needs
Provide each application the performance required
Guarantee the performance over the whole life time
Ensure that critical services are not influenced from non critical service, even under extreme conditions
OPEX should be reduced by
Easy and intuitive configuration of all services
Sophisticate network management system
contact
© ABB Group 5 October 2012 | Slide 10
ABB’s Communication Solution SuiteOptic Solution Suite Technology
FOX Family (Access) PDH/SDH (STM1-4)
FOX Family (Transport) E1 up to STM-64 / xWDM
AFS Ethernet Switches FE/GbE – IEC61850
Electrical Solution Suite Technology
ETL600/DLTC/MCD80 Power Line Carrier Systems
NSK FSK Modems
FOX Family xDSL
SCADA Com Unit xDSL / Optical
Wireless Solution Suite Technology
AR Family lic. V/UHF
SL PMP Series lic. MW PtMP PDH/SDH
AG Family Cellular - GPRS/EDGE/UMTS
Tropos Family Meshed WiFI
Others Solution Suite Technology
FOXMAN Umbrella NMS
NSD570/TEBIT Analogue / Digital / Ethernet
NSD600/OPTIF Optical Teleprotection
SOPHO PABX/DECT Analogue, Digital, VoIP
In-Plant Communications Video SurveillanceAccess ControlPublic AddressLocal Radio
© ABB Group 5 October 2012 | Slide 11
E4
E3
E1
Legacy data ( < n x 64kbps) Teleprotection / Voice
STM-16
STM-4
STM-1
FOX515H
Transport Multiplexer providing up to SDH STM-64 interfaces
FOX660
Hybrid optical transport multiplexer providing SDH interfaces up to STM-16 & GbE/ 10 GbE interfaces in one device
FOX615
Universal access and transport multiplexer providing up to SDH STM-16 capacity legacy data interfaces and enhanced Ethernet/IP functionality
FOX505
Access multiplexer providing legacy data access interfaces and traffic capacity up to STM-1
WDM
STM-64
FOX Family - Equipment Portfolio
The FOX history
© ABB Group 5 October 2012 | Slide 12
FOX515 was introduced in March 1999
Integrates FOX-U, FOX 20 and FOX 6+
Replaced FOX-U by end of Year 2000
Telecommunication platform integrating PDH and SDH
Integrates voice, data and Teleprotection
Integrates legacy services
Integrates Ethernet over SDH services
Close to 11’000 FOX515 have been installed in more than 70 countries
First Generation of FOX515 was introduced in 1992 (as FOX-U)
© ABB Group 5 October 2012 | Slide 13
Major FOX networks world wide
http://digital-vector-maps.com/catalog-world-maps.aspx
100 FOX515 100 FOX-U
ABB long term product support strategy
Life cycle of utility communication networks are usually significantly longer than in telecom industry
Most telecom equipment supplier follow the life cycle of the public telecom suppliers
Risk for utility that equipment is outphased before new investment is planed
Spare part problem
Maintenance problem
ABB follows an approach of a modular platform with continuous enhancement of the same
Therefore guarantee a very long equipment lifecycle
Ensure future upgradability without equipment exchange
© ABB Group 5 October 2012 | Slide 14
ABB long term product support strategy Continuous development of ABB equipment
© ABB Group 5 October 2012 | Slide 15
1998 2012
FOX-
U
1999
SDH STM-4
2000
Ethernet over SDH
SDH STM-1
20072005
FOX5
15
NE
BR
x
SYN
4E
Enhanced Ethernet
PDH
ETE
R1
Continuous development of ABB solutionsWhat comes next?
Applications are moving Ethernet/ IP
More Ethernet/ IP functionality on communication platform required
More bandwidth required for new applications such as VoIP, video surveillance over IP, …
Mission critical applications, such as protection signals still ask for TDM (SDH) backbone networks
SDH backbone interfaces will still be required …
but also packet switched backbone interfaces will be needed in future
Intelligent hybrid solution required providing full SDH functionality on one side and being prepared for packet switched solutions on the other side
© ABB Group 5 October 2012 | Slide 16
Continuous development of ABB solutionsFOX615 continuing the FOX515 approach
© ABB Group 5 October 2012 | Slide 18
2012PDH
FOX515
Ethernet over SDH
GbE Backbone
10 GbE Backbone
Enhanced traffic eng.
SDHFOX615
Following the same approach as FOX515 and providing full interoperability with FOX515 protects the investment of our customers!
FOX615 ConceptOverview
FOX615 will be…
A universal communication platform providing:
Traditional TDM aggregate interfaces up to STM-16
GbE, 10 GbE aggregate interfaces and L2 Switching
19’ subrack providing 21 (8) slots for plug-in modules
Providing Ethernet star connection to central cross connect (GbE & 10 GbE)
Providing TDM bus similar to FOX515 PBUS
Providing Ethernet over SDH features
Providing Circuit Emulation for TDM over Packet Switch Networks features
© ABB Group 5 October 2012 | Slide 19
FOX615 ConceptOutstanding Multiservice Platform for power utilities
© ABB Group 5 October 2012 | Slide 20
FOX615 ConceptUniversal Equipment providing SDH and GbE Services
© ABB Group 5 October 2012 | Slide 21
Mechanical Layout21 Slots for modules, including Central Unit19”- or ETSI-version available.High MTBF figures. Based on international standards(ITU-T, IEC, IEEE, EN, ETS)
Electromagnetic CompatibilityEarth-rail ensures maximumprotectionFront cover for EMC protection
Extended Temperature Range- 25°C ... + 60°C
Optionally fanless version availableSpecially designed Hardware- 25°C … + 55°C
© ABB Group 5 October 2012 | Slide 22
Overview FOX615 – Utility Grade Multiplexer
© ABB Group 5 October 2012 | Slide 23
155 Mbit/s to 2.5 Gbit/sDXC: N x 2 Mbit/s
ACCESS:Voice, data, protection signals
EO
FOX615
Overview FOX615: Universal Multiplexer for all Services
Transport Level: Interfaces10 GbE uplink interface
2.5 Gbit/s (SDH: STM-16), optical
622 Mbit/s (SDH: STM-4), optical
155 Mbit/s (SDH: STM-1), optical
N x 2 Mbit/s, SHDSL, electrical
With interfaces to all applications:Voice: Subscribers, PAX, PABX
E1 (2 Mbit/s)
Teleprotection/ Differential Protection
Legacy data applications: 600 bit/s ... N x 64 kbit/s, V.24/28, V.11/X.21, V.35, RS-485
Ethernet/IP
OE
OverviewBox Concept
© ABB Group 5 October 2012 | Slide 24
NMS 3
Router
XDSL
Multiplexer Teleprotection
OLTE
V.35
E1
N x E1
G.703
NMS 1 NMS 2
OverviewFOX615 Concept
© ABB Group 5 October 2012 | Slide 25
Router
XDSL
Multiplexer Teleprotection
OLTE
FOX615
SDH cards
Broadband PDH cards
LAN cards
Protectioncards
XDSL cards
CPU
CPU
Substation Environment
NMS
OverviewAdvantages of FOX615 Concept
Box SolutionsVarious configuration tools for different servicesVarious Management Systems or complicated overall NMS integrationMany external interfacesLow flexibility due to hardwiring of interconnections between individual boxesDifferent power supplies (might with different voltage levels), no redundancySpace consumingMaintenance intensiveVarious suppliers, different life cycles of each product
© ABB Group 5 October 2012 | Slide 26
FOX615 SolutionsOne configuration tool for all services including TeleprotectionOne Management Systems including Teleprotection applicationAll interfaces are part of the FOX615High flexibility due to software cross connection functionality between interfacesOne power supply with the possibility for redundant configurationSpace saving, one 19’ rackEasy to maintain and configureOne single supplier with one life cycle concept for the whole equipment
Integrated Teleprotection Interfaces for Distance Protection
4 x Teleprotection Command Input/ Output
16 x Binary contact Input
8 x Binary contact Output
6 x Auxiliary Relay
Integrated Event Recorder
Integrated Teleprotection Interface for Differential Protection
4 x SFP cage for:
IEEE C37.94 port for interconnection to Differential Protection relays
ABB optical ports for interconnection with REL316, REL551, REL561, NSD570 or FOX6+
© ABB Group 5 October 2012 | Slide 27
FOX615: Modular Concept Teleprotection interfaces
FOX615 SDH backbone networksFOX515/ FOX615 full interoperability
© ABB Group 5 October 2012 | Slide 29
Telephony
Teleprotection
SCADA polling
FOX615FOX515/ FOX615 upgradability to GbE
© ABB Group 5 October 2012 | Slide 30
One Network Management System
ABB FOX515/ FOX615 solutionsSummary
FOX615 is…
prepared for future packet switched backbone networks
fully integrated into the FOXMAN-UN
FOX615 provides…
full interoperability to FOX515
similar TDM access interfaces as FOX515 including utility specific interfaces such as Teleprotection
support of SDH technology until 2020 and beyond
significantly enhanced Ethernet/ IP interfaces & services
FOX615 is a utility grade equipment (enhanced temperature range, EMC/ EMI) based on well proven FOX515 experience
FOX615 provides investment protection because of:
Full interoperability with huge installed FOX515 base
Future upgradability to Packet Switched Networks
© ABB Group 5 October 2012 | Slide 32
© ABB Group 5 October 2012 | Slide 33
ABB’s Communication Solution SuiteOptic Solution Suite Technology
FOX Family (Access) PDH/SDH (STM1-4)
FOX Family (Transport) E1 up to STM-64 / xWDM
AFS Ethernet Switches FE/GbE – IEC61850
Electrical Solution Suite Technology
ETL600/DLTC/MCD80 Power Line Carrier Systems
NSK FSK Modems
FOX Family xDSL
SCADA Com Unit xDSL / Optical
Wireless Solution Suite Technology
AR Family lic. V/UHF
SL PMP Series lic. MW PtMP PDH/SDH
AG Family Cellular - GPRS/EDGE/UMTS
Tropos Family Meshed WiFI
Others Solution Suite Technology
FOXMAN Umbrella NMS
NSD570/TEBIT Analogue / Digital / Ethernet
NSD600/OPTIF Optical Teleprotection
SOPHO PABX/DECT Analogue, Digital, VoIP
In-Plant Communications Video SurveillanceAccess ControlPublic AddressLocal Radio
Selecting the right network technology to avoid stranded assets
AMI network solutions deliver sufficient capacity for meter reading – but can’t support network requirements for other smart grid applications
Some utilities select an AMI network solution without considering future application and network needs
Cyber security threats are real and will continue to evolve over time
Challenges for smarter grid networks
© ABB Group 5 October 2012 | Slide 34
Other applications representing higher traffic include
Substation video
PHEV integration
Mobile GIS
AVL
…and more in the future
Network requirements increase with time
The network MUST be able to provide Megabits of bandwidth and sub 20 msec latencies
© ABB Group 5 October 2012 | Slide 35
Standards-basedTCP/IP, 802.11, 802.3 Ethernet, 802.1x….
High bandwidth & low latency> 10 Mbps throughput at each node, < 1 ms latency per hop
ResilientSelf organizing mesh, > 99.99% to > 99.999% system availability
SecureMulti-layer/multi-application model and standards compliant
ManageableScalable to cover small areas to thousands of square kilometers
Keys to successful smarter grid networks
© ABB Group 5 October 2012 | Slide 36
A cost-effective, standards-based wireless IP network communications system
Hardware, software, management & analysis tools
Deployed in over 50 countries
Military-grade security
An enabler for a diverse set of applications Hundreds of applications over one network
Provides capacity for future applications
AMI, distribution automation, SCADA, workforce apps
What Tropos provides
© ABB Group 5 October 2012 | Slide 37
High capacity, low latency, reliable, secure, adaptable
Mesh routers, directional radios, management
Installed for 8+ years
850+ customers in 50+ countries
60,000+ installed routers
Provide communications for Utilities/smart gridOil and gasMiningSmart citiesPorts
Tropos mesh network overviewWireless IP networks for mission-critical applications
© ABB Group 5 October 2012 | Slide 38
Tropos core applications
Oil & Gas
Smart Cities Ports
Utilities/Smart Grid
Mining
© ABB Group 5 October 2012 | Slide 39
Demand Response
Tropos – networking for utilitiesBroadband enables smarter grid applications
Automated Metering
Power Quality and Planning
Renewables Integration
Outage Management
Field Data Applications
PHEV Integration
Distribution Automation &
Control
One NetworkOne NetworkMany ApplicationsMany Applications
One NetworkOne NetworkMany ApplicationsMany Applications
© ABB Group 5 October 2012 | Slide 40
Reliable, resilient, toughDual-radio (2.4 GHz & 5 GHz), 802.11b/g/a/nSelf-organizing, fully redundant mesh>99.99% to >99.999% system availability-40ºC to 55ºC operating rangeIP67 weather tightOptional battery backup165 mph wind survivabilityLightning, power surge, EMC protected
SecureVPN and firewall in every deviceU.S. government certified
ManageableMonitoring, configuration, upgrades, fault management, security
Multiple applicationsHigh bandwidth: >10 MbpsLow latency: <1 ms per hopVirtual LANs with separate address spaces, security policies and QoS policies
Tropos mesh routers
Tropos 6320
Tropos 7320
Tropos 1410-B
Tropos 1410
© ABB Group 5 October 2012 | Slide 43
High bandwidth (>10 Mbps), low latency (<1 ms per hop) and support for many applications on one network
Patented dynamic routing, power control and data rate control maximize capacity and end-to-end performance
>99.99% to >99.999% system availabilityDistributed and self-healing using multiple paths, channels and bandsRuggedized, weatherized units, approved for use in electric substations
Enterprise-class security with an integrated firewall, IPsec VPN and AES encryption in every router
Scalable in multiple dimensionsEconomically cover areas from parks to thousands of square kilometersConnect thousands of mobile workers and millions of automation devicesCapacity proven to 1 TB of data per day on a network
Legacy device integration via serial ports
Tropos Mesh Network DifferentiatorsSummary
© ABB Group 5 October 2012 | Slide 44
Advanced metering infrastructure
Substation automation
Distribution automation
Faulted circuit indicator (FCI) monitoring
Switch and recloser monitoring and control
Volt/VAR optimization
Street light control
Outage management
Mobile workforce management
HAN applications
Guam Power AuthorityIsland-wide smart grid distribution area network
© ABB Group 5 October 2012 | Slide 45
Selecting a network communications strategy
Traditional approach
Network per projectBuild/pay as you go
SCADA
AMI
Distribution Automation
Field data applications,…
Strategic approach
Layered communications architecture
Supports for current plus future smart grid apps
Minimizes incremental spend for additional field applications
© ABB Group 5 October 2012 | Slide 48
Higher levels require more aggregate bandwidthSame as enterprise networks
© ABB Group 5 October 2012 | Slide 49
Wireless SystemsWhy License Free Meshed Networks for DA/SG?
Fully Owned, Dedicated NetworkDirect control and supervision
Know-how about all traffic used, no interference with public usage
Initial investment but no traffic tariffs (Low OpEX)
Full redundancy (battery backup, path redundancy,…)
Disaster behavior prediction possible
License Free WirelessNo license “poker”
Less approval and homologation effort
“Ready to deploy”
Future ProofRetrofit ready
Ready for future smart grid applications (high bandwidth, low latency)
© ABB Group 5 October 2012 | Slide 50