IBM Support for CIM and the Common Grid Model Exchange Standard

© 2014 IBM Corporation
IBM Support for CIM and
Common Grid Model Exchange
Standard
October 2014

© 2014 IBM CorporationCommercial_In_Confidence
2
INTERNATIONAL
ELECTROTECHNICAL
COMMISSION
CIM
Yes,
• By implementing
CIM based
solutions
• By direct
contribution to the
CIM development

Content
National Grid CIM Implementations
CIM for SOA and generally integration
CIM for Right time insights (analytics)
IBM involvement in CIM Development
IBM CIM Tools
3

App 2
Network
External Party 2
External Party 1
External Party 3
External Party 4
ns1:mRID12 ns1:cause ns1:description ns1:isPlanned
180123 CJ05/04/12MSCTOBEDE-Commissioned;EnddateextendedDD25/01/2013 Mannington132KVMSC2BanksABandC180MVar TRUE
App 1
Network
Planning
App 3
CGMES
External Party .. n
CSV,
Excel etc.
IBM as a System Integrator has promoted, agreed with the
business and implementing the CGMES for External Data
Exchange
Validate
Approve
CSV,
Excel etc.
Approve
Validate
Convert to
CGMES
CGMES

Content
IBM CIM Tools
5

Adoption of Model Driven Architecture: Lowering Total Cost of Ownership –
More Than Middleware is Needed -> Common Model on Enterprise
Service Bus; The architecture promotes <many to one> instead of <many
to many> integration. TOC is significantly reduced with <many to one>
integration
<many to many> growth
0
50
100
150
200
250
300
350
400
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20
<many to one> growth
0
50
100
150
200
250
300
350
400
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19
# of Connections # of Connections

7
SOA CIM based integration conceptual
example: Network Synchronization;
Publish – subscribe integration pattern
utilized
Enterprise Service Bus
Gateway
X-Ref & Rules
App 7App 6App 5
App 8
App 3 App 2 App 1App 4
Validation
Services
CIM Data
Mapping
1External Party
Message
Network
Changes arrive
from external
2
CIM-
Encoded
Message
3
Message is
validated
4444
55
5 5
applications updated with
new network data
External
5

SOA allows standardisation and automation of internal and external
integration; It is illustrated on Outage and Network exchange use case.
Outage
External Party 2
Outage
Management
External Party 1
External Party 3
External Party 4
Network
External Party 2
External Party 1
External Party 3
External Party 4
Network
Planning
Asset
Management
Visualization
CGMES
External Party 5
External Party 5
CIM
Legacy: CSV, Excel etc.
Legacy: CSV, Excel etc

DTE Energy ESB CIM Integration … the TCO is
less because initial effort is not repeated for
every new interface or change

Electricity Transmission Asset and Operation Management tool
makes use of CIM for network model integration
10
Use of standard integration and alignment with CIM
standards will ensure seamless integration between
key components and will ensure that data integrity
is enforced across the solution

EMS – EAM CIM Integration
11
(*) IEC 61968 Part 6 - 2011 CIM Interop 28 March - 1 April, 2011 - Paris, France
IBM Maximo EAM
WebSphere
ESB
CIM (*)
Network Operations
Asset & Work Mgmt
CIM
CIM
CIM (*)
Alstom Grid e-terra DMS/EMS
IEC 61968-6

Content
IBM CIM Tools
12

The vision …. Integrated analytics providing right
time insight
Reporting Reporting
Future
 Integrated data sources
 Embedded and automated analytics
 Right-time insight development
Now
 Siloed Data Sources and Applications
 Manual Processes
 Delayed and Insufficient Insight
Assets
Work
Management
Maintenance
Planning
Quality
Data
Network
Operations
Demand
Forecast
GIS Finance
Network
Planning
Insight Development and Application
CompAssets
Work
Mgt
Quality FinanceGIS Etc..
Other
Unstruc-
tured
Data
Data Management
Analytics
Data Harmonization and Integration
Transmission Information Model
Reporting
Compliance
External
Customers
Energy
Balancing

IBM has built a platform - Intelligent Operations Centre to support
analytics; The platform utilises CIM semantic model.
14
AM ECM
Sensor
Data
Financial
ResourcesMobile
External Feeds:
Weather

Cloud based IOC platform for energy offers multiple analytical
capabilities in different domains including Risk Analytics, Asset
Health, Real Time Asset Monitoring and Capex & Opex Optimisation
15
Risk Analytics
Asset Health &
Reliability Analysis
Real Time Asset
Monitoring
Sensor Analytics
Risk Prediction
Spatio-Temporal & Emergency
Scheduling
Spatial Risk Analytics
Capex & Opex
Optimization
Reliability Modeling
Asset Treatment Identification
& Sustainability Analysis
Failure Cause & Pattern
Analytics
Asset Health Assessment
Failure estimation
Next Best Action Identification
Predictive Maintenance
Planning
Capital Planning
Distribution Grid MonitoringAutomated & Real Time
Outage Planning
Grid Improvement
Optimisation
Risk Analytics for Critical
energy Infrastructure (RACE)

Illustration of CIM implementation for Distribution Grid Monitoring:
Logical Solution Architecture
Control Room Users
DGM Device
Installation Team
Device Gateway Device Manager
XML/HTTP
Network Operations Centre
SOAP/HTTP
Real Time Integration Services Bus
CIM-XML/JMS
Power
Grid Model
HistorianDMS/
OMS
Visualisation
GIS
Engineering & Planning Users
CIM-XML/JMS
ETL
SOAP/HTTP
Device
Fault Mgr
SCP/SSH
XML/HTTP
CIM-XML/JMS CIM-XML/JMS
XML/HTTP
SOAP
/HTTP
Network
Access
Server
CHAP
CHAP
Wireless
(3G/WiMax)
DGM
System
XML/JMS
CIM-XML/JMS
scp/ssh
DGM Device
 Monitors grid and sends measurements and
alarms.
Device Gateway
 Receives all events from the device and
sends control commands to device.
 Transforms to CIM/XML and publishes to
ESB for notification to other systems.
 Filtering and Stream Processing.
Device Manager
 Manages device lifecycle – commissioning,
firmware, settings and decommissioning.
Event Processing Bus
 Routes alarms and measurements to
appropriate destinations.
 Alerts if no message is received from a
device for a configurable duration.
Historian
 Stores historical measurements and alarms.
Visualization
 Displays grid topology , measurements and
alarms, switch states.
Power Grid Model
 Consolidates ‘as built’, ‘as switched’ view of
the network.
 Marks the network points being monitored
and stores the type of measurements and
alarms available from these network points
Event Processing Bus
CIM based integration layer

Power Model brings static and dynamic aspects of the grid together
17
Static aspects: Power Model
enables viewing the Grid
topology on a map
Dynamic Aspects: Power
Model enables the
measurements, alarms,
switch state at a given time
for a given substation.

Scottish Power Distribution Grid
Analytics Pilot illustrates network
monitoring and measurements
drill down capabilities
18
Solution utilizes CIM data model

Smart Grid Dynamic Ratings Calculations makes use of CIM based
Power network Model and CIM interfaces
19

Content
IBM CIM Tools
20

IBM is actively involved in development of CIM standards; Below is
Interface Reference model of IEC 61968 representing typical utility
functions and their integration points
21
Operational
Planning &
Optimization
Network Operation
Simulation
(OP-SIM)
Network Operations
Fault Management
(NO-FLT)
Field Recording
(MC-FRD)
Mobile Workforce
[ 10 ] [ 12 ]
Network Monitoring
NO-NMON
[ 1 ]
Customer Support
(CS)
Customer Service
CSRV
[ 11 ] Available / Used Materials
[ 12 ] Bill Of Materials / Material Status
[ 13 ] Crew Composition
[ 14 ] Actual Labor Cost
[ 15 ] Failure Event
[ 16 ] New/Updated or get Asset
[ 17 ] Special Read Request / Response
[ 18 ] Install, Remove, Repair, Connect and Disconnect
[ 19 ] Meter History
[ 20 ] Map
[ 21 ] Outage Notification from Field Crew
[ 22 ] Outage Confirmation Request
[ 1 ] SCADA Measurements, failures, conditions
[ 2 ] Switching Plan
[ 3 ] Request for Service
[ 4 ] Materials Reservation
[ 5 ] Request for Planned Maintenance/Inspection Work
[ 6 ] Request for Unplanned Work
[ 7 ] Follow-up Work
[ 8 ] Switching Order
[ 9] Work Request from Network Operations
[10 ] Work Order
[ 11 ]
[ 7 ]
[ 3 ]
Records & Asset
Management (AM)
Geographical Inventory
(GINV)
Substation & Network
Inventory (EINV)
[ 13 ]
[ 6 ]
Work Scheduling
& Dispatching
(MC-SCHD)
Work Planning
[ 5 ]
General Inventory
Management
(AM-GIM)
Materials Inventory
Work Scheduling
& Dispatching
(MC-SCHD)
Crew Management
[ 4 ]
[ 2 ]
61968 Part 6
Defined by other 61968 Parts
Key
[ 14 ]
[ 8 ]
{ 15 }
Work Scheduling
& Dispatching
(MC-SCHD)
[ 13 ]
[ 10 ]
[ 9 ]
Meter Reading &
Control
(MR&C)
[ 17 ]
[ 18 ]
{ 19 }
[ 20 ]
[ 12 ]
[ 16 ]
[ 10 ]
[ 21 ]
[ 22 ]
Maintenance and Inspection
(MC-MAI)
Preventive Maintenance
Each function has its own IRM such as IRM of Maintenance &
Construction as an example where IBM leads CIM development;
Work Management Interface Reference model defines interactions
between relevant business functions.

IBM designed CIM Interop for
Work Management in Paris
2011 and demonstrated CIM
integration by WebSphere &
Maximo
Enterprise Service Bus – WebSphere ESB
OMS WMS DMS
SCADAAMSAMI
CIM IOP Test Topology
Header
Payload
MessageID
&
CorrelationID
Location
CIM IOP Test Topology
IBM WebSphere Enterprise Service Bus
CIM SOA message implemented in webSphere

On CIM IOP in Paris
IBM demonstrated
Maximo CIM
Integration
Maximo
Integration
Framework
Maximo
Object
(Work
Request)
HTTP
Web
Service
EJB
Interface
Tables
Files
HTTP
Queue
Web
Service
EJB
CMD
Interface
Tables
Files
Inbound XSLT sample
Outbound XSLT sample

Content
IBM CIM Tools
24

E&U Industry Pack Message Assembly Process
CIM as
released by
CimUG
Rational Software Architect with CIM Extensions
Import
CIM
Extract
Desired
Elements
Message
Model
Apply
XSD/WSDL
Markup
Extend
Generate
Rational Software Architect allows for the import of CIM models and provides transformations
to automate model-driven application integration using the IEC-CIM
Apply
XSD/WSDL
Conformance
Changes

If you need more info or have any question
regarding this presentation, please let me know.
26
Nada Reinprecht
Strategy Consultant
IBM Global Services
Email: nadarein@uk.ibm.com
Phone: +44 7771941523
Questions?

IBM Support for CIM and the Common Grid Model Exchange Standard

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