Gis For Effective Asset Management Of Cables

GIS for effective cable design3rd International GIS Rail Summit

Imagine the result

Paris

June 13th 2012

Maarten Zanen

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• Engineering & Consultancy

• Infrastructure, water, environment and

buildings

• > 20.000 employees

• Global network, local offices

Dutch

rail

network

– lots of

cables

GIS for effective cable design – M.Zanen

3rd Int. Rail GIS Conference © ARCADIS

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• 1 km 120 km cables:

• 70 km Signalling

• 15 km Telecom

• 8 km Power supply

• 27 km unusedGIS for effective cable design – M.Zanen


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Dutch

rail

network

– lots of

cablesTelecom

Traction Power Supply

Signalling

1 k

m

Dutch rail

cables -

a huge

complex

subsoil

network



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• > 120.000 km subsoil rail-cables in the

Netherlands only

• How do we manage them?

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Design & realisation

planning

operation & maintenance

dismantling

BIM - lifecycle



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planning


dismantling

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Planning



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planning


dismantling

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10kV Hanzelijn



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planning


dismantling

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OverviewPowerstations

(VS), substations (OS)

and 10kV-cables



Which one is a 10 kV-cable?

J

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OS3, Dronten – Which route is preferable?


planning


dismantling

Objective

Main objective:

• Minimize the length of the cable-route.

Other objectives

• As much as possible along the railway track.

• Minimize using private property

• Minimize the number of drillings.

• Avoid trees as much as possible.

• Avoid populated areas

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Parcel information

DeskstudyGBKN

KLIC – Cable Information Center

Soil pollution



Length: 5815 m(1000 m along the railway track)

Drillings: 15

Length: 9370 m(3600 m along the railway track)

Drillings: 7

Deskstudy




planning


dismantling




Datamodel cables

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Relaisbox

Signal)

objects

trenches

Connections(cable)


planning


dismantling

design

realisationmaintenance

planningCurrent

information

resources

rail cables



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BBKS – Cable Situation drawing (.dgn)

GIL – Cable information list (.xls)

Catenary

Track

TI stations en transferia

Traction Power Supply

Signallingsystem

ObjectenPerron locatiePerron soort (jukken of zand)SpoorlayoutLocatie wissels (beweegbare delen)

Informatie

Digitale informatie:Digitaal: sporenlayout 1:1000Naam informatie drager (Formaat): Sporen layout 1:1000 (autocad)

Cable design

ObjectenKirsten : locatie(km), positie tovspoor/ kant spoorObjecten ter verbinden: (seinen, lassen, wubo’s, drukknopkasten, wisselstellers, paalinstallatie overweg(overwegsteller ,overwegboom): locatie objecten, naam/ type object, positie tov spoor/ kant van het spoor

VerbindingenMaximale stuurafstand (?)Kast-Kast verbindingen (welkeverbindingen)Kast-object verbindingenType kabel/ spec kabelLabel kabel

Digitale informatie:Naam informatie drager(Formaat): Bijv. OBK (Auto cad)

Lengte van de kabels(check of de stuurafstanden nietoverschreden worden. Beveiliging vraagt nietom die check (wordtniet vastgelegd).

ObjectenPositite van de bovenleidingfundatietbv van de NoGo zonesBVL schakelaar en motorkast…Informatie

Digitale informatie:Naam informatie drager (Formaat): Loop der bovenleidingNo go zones inporteerbaar in BBKS dus op coordinaten.

Objecten:HS kastOS, SSVoeding WAKVoeding BVL schakelaar en motorkast?

Informatie:Type kabelSpecs kabel

Digitale informatie:Naam informatie drager (Formaat): Bijv. OBK (Auto cad)

Civil

Point heating

ObjectenKunstwerk locatieFundatie KW (waar gaan we de grondin?): locatie

Informatie

Digitale informatie:Naam informatie drager (Formaat): Bijv. OBK (Auto cad)Objecten

Objecten te verbinden objecten ATM (kast…)Elektrotechnische installatie stationTunneltechnische installatie(welke objecten?)EBPCTA (informatie borden)LuidsprekersCamera’sBeveiligingTelefoonCABOS/SS/RHCentrale verdeler

No-Go zones:Perron layout met liften, roltrappenetcInformatie

Digitale informatie:Naam informatie drager (Formaat): Xx (xx)

Objecten:Welke kabelvoorzieningen moeten er in het kunstwerk opgenomen worden?

Informatie:


Objecten:Locatie Wisselverwarming huidigesituatieLocatie nieuwe objecten

Informatie:


Track

Objecten:Baanlichaam (no-go): afmetingen, locatieSloot (no go): locatieDrainage: locatieGrondkerende constructietaludtrap

Digitale info:

Noise barriers

ObjectenGeluidschermfundaties (waar gaat het de grond in). En locatie.Afschermende voorzieningen. Hekwerken, haag (onder wie valtdat?)


OthersObjecten:Leidingen van derden

Informatie:


Information

flows

Information output

Information input

Legend



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Traditional

design

process





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ObjectsConnections

(cables)

Trenches

Objects are connected through cables

Relationship should always be

secured

Datamodel

cables


planning


dismantling

Add temporary

tubes

Use GIS to detect clashes

Connect KS and GIL

through GIS

Validate both objects and cables

Routeplanner for cables

Traditional design

Optimisation cable design process

Design optimisation



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Rail K&L Sporen in Den Bosch | 16 april

2012 | © ARCADIS 2012

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Temporary trench

Existing situation

Temporary trenches are

added to network

Developments

:- Cable situation- Objects- Noise barriers- Catenary- Reference

Adding all design

information into GIS

Developments



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Project: Hanzelijn (revisie)

Developments

GIL-Finder: determine

the routing of cables?



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Operations and

maintenance

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planning


dismantling



Cable break

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planning


dismantling



Trains passing substation

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planning


dismantling



Copper theft

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planning


dismantling



Dismantling

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planning


dismantling

Dismantling cables

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planning


dismantling

• Removal of old copper cables along roads

• Every cable is potential obstacle

• High copper value

• From 2017 on taxation of cables in state

owned property

trees

pavement

shoulder

GIS for effective cable

design - resume• Cables connect all kind of disciplines

• Rail cables provide a huge subsoil network –

how are they managed?

• GIS provides very effective tooling

throughout the entire lifecycle of (rail) cables

• GIS helps to visualize subsoil cables

• Cable design should take a central position

within BIM for the Rail-sector

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planning


dismantling



Gis For Effective Asset Management Of Cables

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