Enabling Smart Grid with GIS, Common Information Model and Utility Network

A Journey Towards Digital Transformation

Gaurav Grigo and Ninna Samsøe-Jensen

2

Ørsted: A Global Utility Company with Strong Footprints in Europe, USA and Taiwan

3

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

4

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

5

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

6

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)

8

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

9

ADMS Upgrade : Added Key Capabilities

10

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

11

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

12

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

13

A Typical Day at Work

14

Grounding ?

?

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 !!

?

UN datamodel bridges this gap!!

Reflects Real World like CIM Model

Association

Containment

Terminals

Utility Network Datamodel Benefits: Close to CIM Model

15

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

18

Utility NetworkArcGIS 10.2.1

Example of an Electric Station (10KV) – UN vs. CIM

19

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

20

POC on Esri Mobile Apps

Field GIS Capabilities : POCs

21

22

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?