digital twins

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Digital Twins Applied to network asset lifecycle management 21/10/2021 | Jan Van de Steen

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Page 1: Digital Twins

Digital Twins

Applied to network asset lifecycle management21/10/2021 | Jan Van de Steen

Page 2: Digital Twins

22

DigitalTwins

“Digital twins are the new hype in asset information management. We believe the concept of a digital twin is consistent, but unfortunately it is (mostly in a retroactive way) applied to physical equipment only”

From "What happens on the asset system stays on the asset system"

Page 3: Digital Twins

3

A digital twin starts with a clear identification

1976 2020

Page 4: Digital Twins

4

Digital twin of physical equipment – the easy part

Substation ID = 110001

LV Board= ID=12345

230 V

Transfo cellID=80001

LV

Example: electric distribution Substation

TFO function

TFO-ID=678

Feeder cellID=1001

Feeder cellID=1002

TFO-ID=876

CircuitBreaker

Circuit

Breaker

2 physical equipmentsfor one functional LV

switching unit!

Replace equipment operation

Page 5: Digital Twins

5

An electric distribution system - breakdown

MV Switch

MV Circuit

Cable

Example MV Electric network – LV connections

Substations

Head station MV

Substation ID = 110001

LV Board = ID=12345

230 V

MV Switching = ID=80001LV line

MV Switching

TFO

LV Switching

TFO-ID=678

LV line

LV line

LV line

LV line

LV line

1 highlighted substation

Page 6: Digital Twins

6

Adapting a traffic node in a roads network

Page 7: Digital Twins

7

Decomposition of a node in a traffic system

B

A

C

D

A

B

C

D

Sign 1234

b2b1

a1 a2

Roundabout layout of aTraffic asset system node

Network model of theTraffic asset system

Page 8: Digital Twins

8

Asset Investment in a water distribution system

WATER

Water tower

Valve

W1

W2

Page 9: Digital Twins

9

Operation events against network assets on a MV grid

2 Short circuit indicator alarm

1 SCADA Alarm Open switch

3 Short circuit

indicator alarm

Work Order Repair cable

MV Switch

3 Short circuit

indicator alarm

Incident:MV Outage

MV Circuit

Substation 3

Cause: Cable damaged

Consequence: 150 connections

out of power

Cable

Postfactum

Root Cause

Analysis

Example ADMS, MV Incident workflow

Page 10: Digital Twins

10

Mapping events on a traffic system

B

A

C

D

b2b1

a1 a2

Surface damaged

Oil spill

Page 11: Digital Twins

11

Field workers need good maps or diagrams ….

… to pinpoint exactly where to register any event

Page 12: Digital Twins

12

Asset managers then get a view on asset condition – regardless of underlying ‘digital twin’

Page 13: Digital Twins

13

Equipment

Assembly

Material

‘Smallest switchable Unit’

Connection

Net

Station

Site

Infrastructure Base

Asset Accounts Portfolio Asset System Breakdown

Physical asset decomposition

AssetBay Line/Cable

Asset System/Network

IndividualAssets

Corporate/ Organization Management

Manage

AssetPortfolio

Manage

Asset Systems/Networks

Manage Individual

Assets

Support organizational objectives

Portfolio return on investment,compliance & sustainability

System performance, cost & risk control

Lifecycle Activities: efficiency & effectiveness

The “asset system” level that delivers the value from assets, consists of virtual objects

OT perspective

IT perspective

Page 14: Digital Twins

14

Asset condition is documented as a combination of intrinsic asset information with ‘event’ data, linked to the right digital twin

Linked documents

Linked events

Lifecycle status information

Projected Designed Under Construction

As built Out of service Retired

Measurements Leakage Alarms Incidents Outages Repairs

Maintenance actions

Inspectionreport

SitePhotograph

MaintenanceReport

TechnicalInstruction

Field observations

EquipmentEquipment

Line/CableStation Station

Sta

tic m

aste

r data

&

Engin

eering

para

mete

rs

Dynam

ic A

sset

conditio

n

Info

rmation

Events not always linked to assets or asset system elements but geographically located

Network Investment Cycle

Variable

data

&

Engin

eering

para

mete

rs

Equipment replacement

Page 15: Digital Twins

15

You build and maintain assets

You design and operate asset systems

Asset and asset system lifecycle perspective

StudyAsset System

Design

Build

Operations

EngineeringMaintain

Operate

As designed(asset system)

Network model(asset system digital twin)established

asset digital twinestablished

As built(assets/equipments)

Asset

Syste

mAssets

(De)commissioned

Page 16: Digital Twins

16

The Digital Twin should

• Represent the digital equivalent of physical equipment with technical characteristics, financial and logistic lifecycles

• Enable containment of physical assets in other physical assets, and lifecycles of the containers as a whole in a physical, financial and logistic sense

• Allow for simulations against physical equipment (reliability, fault tolerance testing, predictive maintenance, …)

• Represent functional entities of asset systems as engineered systems that together deliver service and value, with their associated system lifecycles (construction, commissioning and decommissioning)

• Track operational statuses and condition of functional entities of asset systems in (near-) real time and preserve historical behaviour of these entities

• Allow for simulations against system components both in the operational state and in the engineering/design state of asset systems

StudyAsset System

Design

Build

Operations

EngineeringMaintain

Operate

Page 17: Digital Twins

17

Geospatialists are used to ‘think system’

Hydrographic system

Pipeline system

Transportation system

Cadastral system Demographic system

Eco system

We geospatialists should help AEC communities set up digital twins for complex realities

Page 18: Digital Twins

18

Further reading

Capgemini Technovision

2018 ‘Twin worlds’ 2021 ‘Simply the Edge’

“The key is to constantly take a virtual world perspective: how do consumers, corporations, and products behave digitally, and how is this translated into the next-generation digital IT landscape?”

“ ‘Digital twins’ pop up in all major industries, but more notably in manufacturing and utilities, where operational technology (OT) and information technology (IT) merge.”

Page 21: Digital Twins

Capgemini is a global leader in consulting, digital transformation, technologyand engineering services. The Group is at the forefront of innovation to addressthe entire breadth of clients’ opportunities in the evolving world of cloud, digitaland platforms. Building on its strong 50-year+ heritage and deep industry-specific expertise, Capgemini enables organizations to realize their businessambitions through an array of services from strategy to operations. Capgeminiis driven by the conviction that the business value of technology comes fromand through people. Today, it is a multicultural company of 270,000 teammembers in almost 50 countries. With Altran, the Group reported 2019combined revenues of €17billion.

About Capgemini

Learn more about us at

www.capgemini.com

This presentation contains information that may be privileged or confidential and is the property of the Capgemini Group.

Copyright © 2020 Capgemini. All rights reserved.