MAKE THE FUTURE OF RAIL

© 2024 Autodesk. All rights reserved.

Implementing Autodesk Tandem as a Digital Twin Platform for More Sustainable Railway Operations & Maintenance

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Speakers

Ferdi TATARŞaban KUŞ

BIM & Visual Design Coordinator/Metro IstanbulDigital Twin Project Executive/Metro Istanbul

He is working as a BIM and Visual Design Project Coordinator at Metro Istanbul. He works on digital transformation projects with his team. Especially last two years, they have focused their work on implementation

of Digital Twin in Istanbul rail system lines.

He has been working as an Electrical and Electronics Engineer at Metro Istanbul since 2017. Also he has been working as a digital twin project executive in rail systems for the last two years.

Bio Bio

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18 Lines

241,25 km

235 Stations Underground, Elevated

Tram

10 Metro

4 Tram

2 Funicular

2 Cable Car

Metro

Operations

3 Million Passengers

221.784 Equipment

Network

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Lines in Operation

TOTAL 235 2.869.435 1015

Yenikapı-Atatürk Havalimanı-Kirazlı Metro

Yenikapı-Hacıosman Metro

Bakırköy-Kayaşehir Metro

Kadıköy-Sabiha Gökçen Havalimanı Metro

Üsküdar-Samandıra Metro

Levent-Boğaziçi Ü./Hisarüstü Metro

Mecidiyeköy-Mahmutbey Metro

Bostancı-Parseller Metro

Ataköy-Olimpiyat Metro

Kabataş-Bağcılar Tram

Kadıköy-Moda Tram

Topkapı-Mescid-i Selam Tram

Cibali-Alibeyköy Tram

Funicular

Cable car

23

16

19

23

20

4

17

13

14

31

11

22

14

4

4

26,8

23,49

26,7

33,5

26,5

3,3

20

14,3

17,2

19,3

2,6

15,3

10,1

1,44

0,72

569.418

617.114

88.545

349.402

277.043

25.273

182.840

46.478

24.160

488.964

4.052

206.708

26.772

31.389

9.467

105

182

80

144

150

12

80

40

20

92

6

82

30

6

8

Line Km Station Passenger Vehicle

241,25 km

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Maintenance Services

Vehicle, Railroad,

Electric, Electronic, Electromechanic,

Facility

Maintenance & Revisions

Technical

Our Fields of Activity

Operational Services

Traffic Management

Operation Planning Station Services

Management of

Commercial Spaces

Engineering & Consulting Services

Transportation &

Feasibility Study Architecture & Route Design

Control and Consultancy

Infrastructure Revision & Renovations

R&D and Design Systems Engineering

Operation Project – R&D

Agenda example

1 BIM in Metro Istanbul/IMM

2 Operational Processes and Challenges

3 Digital Transformation in Operational Processes

4 Digital Twin Case Study with Autodesk Tandem

5 Benefits of Digital Twin

BIM in Metro Istanbul/IMM

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Metro Istanbul/IMM manage BIM processes with

its own teams during the tender design and

operation phases and with its stakeholders during

the construction phase.

Design, Build, Operate

im age credit by derricksteven

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Documentation

Design

Design

Document Management & Project Coordination Clash Detection & Management

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Line Lenght : 20 km Number of Stations : 17

Build

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Operate

We aim to operate stations with BIM throughout

their lifecycle.

im age credit by Autodesk

Operational Processes and Challenges

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Operational Processes

SIGNALIZATION

SCADA

ERP

MAINTENANCE

OPERATION CONTINUITY

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Operational Challenges

18 Rail Lines 235 Stations

2000+ Escalators 600+ Elevators

SCADA

The station operator sees the equipment failure through SCADA

ERP

Operator opens the fault request via ERP

MAINTENANCE

Maintenance team repairs the equipment

MAINTENANCE PROCESSES FLOW

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Operational Challenges

Train Traction Energy Consumption Cost Station Auxiliary Power Energy Consumption Cost

• Traction Transformers

• Rectifiers

• Catenary System

• Train Performance

• Auxiliary Service Transformers

• Low Voltage Systems

• Lighting Systems

• HVAC Systems.

Digital Transformation in Operational Processes

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Digital Transformation in Operational Processes

(Metro Istanbul BigData)

Signalization(

Passenger Information Systems)

Energy

Management Systems

ERP

SCADA Systems

Tandem Connect

Digital Twin Case Study with Autodesk Tandem

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Digital Twin in Metro Istanbul

Metro Istanbul aims for a seamless transition from construction to operation and maximum operational efficiency with the digital twin

project.

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Objectives and Outcomes

Managing Assets

Efficiently

 Access to asset parameters,

maintenance documents, and maintenance plans

 Classify assets according to facility needs

Monitoring All

Systems on a

Single Platform

 The ability to monitor all

systems in railways during operation from a single platform anytime and

anywhere.

 Centralization of data

Achieving

Operational

Efficiency

 Reduce Downtime

 Saving Energy Cost

 Reduce Maintenance Time

 More Sustainable Operation

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Connecting IT/OT systems

We can access our database and manage our data with

Tandem Connect.

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Case Studies

• Escalator Operation Status and Performance Analysis

• Elevator Performance and Energy Analysis

• Train Performance Analysis

• External Environment Analysis

• HVAC Analysis and System Tracing

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Benefits of Digital Twin

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Managing Assets Efficiently

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Monitoring All Systems on a Single Platform

Train Performance

Equipment Status and Behaviours

Heatmaps Energy Consumption

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Achieving Operational Efficiency

Noise Level

Operational Speed

Combined Chart Data

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Achieving Operational Efficiency  Reduce Downtime and Maintenance Time

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Achieving Operational Efficiency

Train Velocity – Regenerated Energy Related Chart

Train Acceleration-Consumed Energy Related Chart

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Achieving Operational Efficiency

Elevator Power Consumption Combined Chart

Power Consumption Distribution Charts

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Roadmap

2023 Q2

Descriptive Twin

Collecting Data Research

Determining the BIM model

needs of the lines

Determining objectives and

outcomes

2023 Q4

Informative Twin

Integrating BIM models in Tandem

Creation of facility management

template

Saving archive data from our

systems

PoC Analysis for operational

efficiency

2024 Q4

Predictive Twin

Collecting data in a large database (BigData Project)

Integrating near-real-time data

with Tandem Connect

Observation of graphs

according to their threshold

levels

State analysis of equipments

Examining energy consumption values

2030+

Future Goals

Creation of BIM models of all existing stations

Apply digital twin for all stations

Effective use of digital twin

application by maintenance and

operation units

Achieving more sustainable

metro operations on all our

lines

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Verdantix maturtiy model in Autodesk

Goals in 2030

We aim to achieve up

to a 37.5% increase in

operational efficiency

and to save up to 25%

in energy

consumption and

maintenance costs.

Roadmap

2023 Beginning of Digital Twin Works

Thank you!

BIM & Visual Design Coordinator

ferdi.tatar@metro.istanbul

www.metro.istanbul

Ferdi TATAR Digital Twin Project Executive

saban.kus@metro.istanbul

www.metro.istanbul

Şaban KUŞ

Q&A

Rail Summit 2024 Presentation Folie 1: Implementing Autodesk Tandem as a Digital Twin Platform for More Sustainable Railway Operations & Maintenance Folie 2: Speakers Folie 3 Folie 4 Folie 5 Folie 6: Agenda example Folie 7: BIM in Metro Istanbul/IMM Folie 8 Folie 9 Folie 10 Folie 11 Folie 12: Operational Processes and Challenges Folie 13 Folie 14 Folie 15 Folie 16: Digital Transformation in Operational Processes Folie 17 Folie 18: Digital Twin Case Study with Autodesk Tandem Folie 19 Folie 20 Folie 21 Folie 22 Folie 23 Folie 24 Folie 25 Folie 26 Folie 27 Folie 28: Benefits of Digital Twin Folie 29 Folie 30 Folie 31 Folie 32 Folie 33 Folie 34 Folie 35 Folie 36 Folie 37: Thank you! Folie 38: Q&A