Post on 14-May-2020
Enabling Smart Grid with GIS, Common Information Model and Utility Network
A Journey Towards Digital Transformation
Gaurav Grigo and Ninna Samsøe-Jensen
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Ørsted: A Global Utility Company with Strong Footprints in Europe, USA and Taiwan
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GIS
Business Units Objectives and Strategic Direction700+ IT Employees
Radius Connects ~1m Customers: Largest Power Distribution Company in Denmark
Radius connects customers to the energy market Grid Operations is a part of S&D (DCS) and operates as contractor to Radius Elnet A/S
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Ørsted Sales & Distribution A/S
Ørsted A/S
RADIUS Elnet A/S
Transmission Distribution
Commercial activities
Regulated activities
Energy retailersSUPPLIER CENTRIC MODEL
Radius Elnet A/S Power Distribution
• 1.000.000 connections /meters
• 19.000 km of lines and cables
• 116 Primary substations
• 10.700 substations
• 1.200 MV Feeders
• 145.000 cabinets
Distribution licence,
Northern Zealand &
Copenhagen
Smart Grid Master Plan : The Journey So Far
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20142013 20162015 201820172012 2019 2020
Distribution Management System, 10 kVOutage Management System, .4kV
GridHub(Smart Grid Analytics)
Single ADMS 10kV and 0,4 kV grid & Outage Management System,
MDM/AMI -> 2015-2020
Mobile GIS
SPC to Power5 SCADA
Upgrade GIS Platform
Projects: Smart Grid & GIS
Strategic Orientation at Ørsted
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Safety Campaign Synergi System ADMS Switching Plans
Certified on ISO 55001Workflow & Integration of
GIS, SAP and ADMSPOC on Field GIS Esri Apps
New IT / OT ProjectsAddress Regulations on
RenewablesNew Automatic Switches
and 10Kv Stations
Outage Management System, Resilience in
NetworkOutage Notification System
Customer Registration45min 4 min
Condition Based Maintenance data
Long Term Grid Planning Tools
Open Grid Hub
Safety First
Enterprise Asset Management
Grid Modernization
Customer Focused
Analytics
Digital Transformation
Safe
ty &
Secu
rity
Cu
sto
mer
Inn
ova
tio
n
Gri
d M
od
ern
iza
tio
n
An
aly
tic
s
GIS
Customer Engagement
Design and
Planning
Asset Lifecycle
Asset Costing
Emergency Response
Network Control
Field Mobility
Maintenance Programs
Safety
Asset Performance
Schedule and
Dispatch
Community Engagement
Renewables/ DER
Smart Grid
Inventory Management
Fleet/ Facilities Management
Network Management
Network Operations
Commercial
Finance
Grid Modernization
Customer and Community
Ørsted vs. Esri’s Interconnected ArcGIS Platform
Already in place
Work in progress / in Pipeline
Long term planned / not yet started
2016 3 Projects
2017 4 Projects
2018 3 Projects
2019 3-4 Projects
40 People
80 People
60 People
60 People
2014 2 Projects
2015 3 Projects
30 People
35 People
Above figures are only for Core IT and Business Teams
Systems Dependent over GIS at Ørsted (Distribution)
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GISProdSAP-PM
GisiNet
ADMS
Mimer
ISB
SAP-ISU
Digitale ledninger
LER
SAP-Geo.E Excel & Access
Reports
SAP-BI
TomTom
Feature ServiceSAP WM
Shape file extract of Dist. N/W Data
Feature Service(In Future)
Feature ServicesConsumer Data
For new connections– ArcGIS Server
(Fiber Network Data)
Feature Services (Distribution
Network Data)
Plot ServiceLER Servce
Export Layout ServicePlot Archive
LEDOPL_PLOTLEDOPL_CROSSSECTION
GrundKort
Connection Object Device Location
1- Interface b/w ISU and GIS2- Feature Services
Connection Objects (DeliveryPoints)
OMS Reports
CIM/Patch ExportsConsumer export
Asset InformationPosted in GIS version
Integration
Interfaces
ONS Consumer Address
SAP WM KortkiggerRPM &
RPM Web
Integration
Mobile - Interfaces
Interfaces
TODO
Daily tasks assigned to a GIS Doc.
User
Koblingsapp
To be decommissioned after ADMS
EsriField Apps
2019
GIS
ADMS Upgrade Project
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ADMS Upgrade : Added Key Capabilities
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GIS
ADMS
Patch with MV & LV Feeder Elements
Find all MV & LV dirty and related Feeders to send them
to ADMS
Common Naming of Network Elements
New asset release from inventory
Patch with new feeders
Request Feeder Export from GIS on Demand (Auto)
Send Remarks to GIS
Black Light
Common Naming of Network Elements
Fault Correction Work Order
SAP
Mesh Feeder Tracker LV Schematics
Patch: an incremental feeder update sent from a GIS version to ADMS
Outage Notification System (ONS)
Addins
SAP PI
Integration Backbone Layer
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An example: ADMS Patch Integration vs. Radius Business Teams
I create a new design in Designer Express and send to ADMS model manager & field crew
DesignerIntegration
& IT Systems
1 2
3
5
4
GIS Database
Data
GIS
ArcGIS
ArcGISSync.Feeders
FeederSync
Dirty Feeder Solution
CIMSew Communication
SEW Services
Call
Version Post State Update
Patch or Dirty FeedersInfo exchange
SAP PI Export path for CIM files
Workflows
Queue
CIMWeb Export Service
Get list of Dirty Feeders
Read Dirty Feeders
& export time
Update FeederSyncwith Export status
Send Patch / DirtyFeeder Info
DB update
SEW update
Post
SyncFeederService
Addin SyncFeeders writes editted features
PM Asst
SAP PIClaim CheckFile Transfer
FTP
Staging / QA
Core
Prod
UoW Integration
M
Ju ly 1 8
T W T F S S
1
2 3 4 5 6 7 8
91
0
1
1
1
2
1
3
1
4
1
51
6
1
7
1
8
1
9
2
0
2
1
2
22
3
2
4
2
5
2
6
2
7
2
8
2
93
0
3
1
This Integration reflects upon interactions, data exchange and processes of IT systems
to complete a Project/Outage in DCS for construction or maintenance
ONS
Blue Idea
Customer ID
Outage
ADMS
SMS
Letter
SAP PM
Asset DB
Asset Info
SAP WO
IncidentArrow Legend
SAP PIDB / Web
Service
Patch Feedback
DX
Changesets
Pull Customer Location
Overview of DCS Documentation and Control Room Processes / Systems
An Example of ADMS Patch Integration
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1
2 a
3
4
9
7
85
1 0
1 1
1 2
1 3
1 4
1 5
1 6
1 7
1 8
1 9
2 0
6 a
6 b
2 b
CIM and Esri Utility Network
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A Typical Day at Work
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Grounding ?
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IT - dept
GIS ENGINEERGIS - deptMODEL MANAGERADMS - dept
Because, CIM Integration Tool synthesise those
elements for ADMS
WHAT?I don’t draw those elements in GIS!!
Hey, the recent export file from
GIS is missing some elements!!
GAP
Listen!
Hello!!Hi !!
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UN datamodel bridges this gap!!
Reflects Real World like CIM Model
Association
Containment
Terminals
Utility Network Datamodel Benefits: Close to CIM Model
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Association Containment Terminals
CIM
Why CIM for Utilities : Enterprise Level Integration
CIM
ADMS/OMS
MDM
GIS
WFM
SAP
EU Regulatory
CIM
Recognition on International Level
Semantic model describes components and structure of electric power systems
IEC 61970 (Transmission) and IEC61968 (Distribution) standards
Defined in UML
Objects and properties for overall Utility domain
Single source of truth
Simplified Integration across organization
Adopted by EU TSO and DSO regulatory
RDF
MV Circuit
LoadBreakSwitch
Location
PositionPoints
CoordinateSystem
ACLineSegment
Location
PositionPoints
CoordinateSystem
Breaker
Location
PositionPoints
CoordinateSystem
T2 CN2T1CN1 T1 CN1T2 T1 T2 CN2
Inte
grat
ion
Inte
grat
ion
Inte
grat
ion
Circuit Breaker Mv UndergroundLine Switch
GIS elements to CIM elements
Station
Fau
ltIn
dic
ato
r
MV
Bu
sNo
de
Pri
mar
y W
ind
ing
Tran
sfo
rmer
Seco
nd
ary
Win
din
g
LV B
usN
od
e
LV F
use
LV Circuit
Transformer LV Fuse LV Cable
MV BusBar LV BusBar
Inte
grat
ion
Mapping the Medium Voltage Switch in Utility Network
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Utility NetworkArcGIS 10.2.1
Example of an Electric Station (10KV) – UN vs. CIM
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BCN
BCN
T
TCNTT
CN
FI T
T
CNCN
CNT TT
CN
T
TTCN
FT T CN T
Fuse
Transformer
0.4 Kv Bus Node
10 KV BusNode
L V F u s e
CN
T
T
CIM Model
FuseFaultInterrupter
HighVoltageSwitch
CN
FIT T T
FaultIndicatorMV Cable MV BusBar LV BusBar MV BusBar
MV Transformer Winding
DistributionTransformer
LV Transformer Winding
CIM Objects Legend
Fault Indicator
MV Breker
0.4 kv BB
10 kv BB
Lv Fuse in Station
Cabinet
Association
Lv Fuse in Cabinet
Splice
Mv Cable
Lv cable
Fuse (LV Feederhead)
UndergroundElectricLineSegment
BusBar
LowVoltageConnectionPoint
T
CN
T
T
LV Distribution Box DB
DistributionBox as ConnectivityNode
MV Circuit Container
Station Container
LV Circuit Container
T Terminal Connectivity Nodes
FI
Fault IndicatorUN Model
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POC on Esri Mobile Apps
Field GIS Capabilities : POCs
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Common European Data Model
Our mission:
Develop and publish a open standard data model for electrical network that:✓ Supports a European grid configuration ✓ Is in line with the international IEC & CIM standards whenever possible✓ Represents the real-world appropriately✓ Supports business processes (forecasting, design, operation and maintenance)
Our goal:
Ensure that Esri supports the European electrical grid model and business processes in the best possible way by giving timely input and feedback
Our ambition:
Encourage other utilities and partners to adopt the model: ✓ To lower cost of migration and developing solutions✓ To support innovation in the utility industry
A COOPERATION AMONG
https://www.utilitynetworkcommunity.com
Questions?