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© 2010 Bentley Systems, Incorporated www.bentley.com Power Rail Overhead Line ( PROL ) Håkan Norling Bentley Professional Services

PROL Power Rail Overhead Line

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Page 1: PROL Power Rail Overhead Line

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010

Ben

tley

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s, I

nco

rpora

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www.bent ley.com

Power Rail Overhead Line ( PROL )

Håkan NorlingBentley Professional Services

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Agenda, 11th of November 2010

• Bentley’s Power Rail Overhead Line solution• Overview of features• Status and plans

• Demo – Key features, PROL• Layout and design of catenary systems• Structures and reports

• Q&A

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Power Rail Overhead Line

A comprehensive solutionfor the design and maintenanceof traction power supply systems

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It’s Configurable – built-in design rules

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• A network model is created from Bentley Rail Track geometry– Horizontal, Vertical, Cant &

Turnouts

• Update– ALG– OLE objects

according to updated ALG

Network Model

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• A zone is an area where you can not place overhead line structures– A road crossing– A utility crossing– Other objects that you need to avoid

Zones

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• A surface is an obstruction, like a bridge above the track, where a wire run may need to be lowered to provide clearance between the wire and the structure.

Surfaces

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• Overlaps are where wire runs go in and out of service, one wire ends and a new wire starts

• Reference lines are working lines upon which structures will be placed– Placement is based upon design rules for a specific catenary

system• Look up tables• User defined algorithms

– Placement may need to be adjusted to avoid obstructions– Placement is interactive

Overlaps & Reference Lines

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• Place reference lines relative to a turnout– Uses look tables related to the turnout’s style– User define lengths

Turnout Reference Lines

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• Adjustment of reference lines– Normally by small amounts– Adjusting span lengths– Updates entire model

• Reference lines• Overlaps• Wire Runs• Span Bonding• Structures• Other wires

– And all annotation

Reference Line Editing

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• Wire runs consist of– Contact wire– Carrier wire– Droppers

• Utilizes design rules

Wire Runs

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• Height will adjust the vertical position of the wires– Incl. a gradient algorithm (under development)

• Stagger will adjust the horizontal position of wires– Incl. design checking– …. per wirerun

Height & Stagger

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• Used to transition the wire height from the normal height to a height exception, for example, transitioning under a bridge

Wire Gradient

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• Utilizes equipment defined in a database– Components (i.e. Nuts, bolts, brackets…)

– Assemblies (i.e. 3d cells of poles, cantilevers, etc.)

– Templates• Combination of components and assemblies

Structures

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• Components (i.e. nuts and bolts)• Assemblies (i.e. cantilevers)

– 3D Cells

• Hierarchies• Templates

Equipment

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• Creates span bonding between adjacent wires

Span Bonding

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• Naming of,– Reference Lines– Wire Runs– Span Bondings– Other Wires– Structures

• Lots of customer variation

• Interactive naming

Naming Utility

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Plan Viewing

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Profile Viewing

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• Graphical data and• Non-graphic data

Cross Sections

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• As always - XML / XSL based

Reporting

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Continuing to Enhance and CreateGlobal Rail Solutions!

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• First beta version is released• Commercial release is planned to pre Xmas• First service release planned to Q1/2 2011

Status and planning

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Demo…..

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Q&A

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Thank you!

[email protected]