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Reduced energy consumption and environmental impact from road vehicles through the development and implementation of simulation tools

Objective



Objectives

The objective is to develop and validate a standardised Vehicle Mission Simulation (VMS) tool for advancing and optimising efficient road based transport systems.

The simulation tool will have a wide application:
Assist from System Design and Integration to Policy Decision Support. Suitable for a wide range of users.
Model energy usage and environmental impact of current and future vehicles.
Includes Internal Combustion, Hybrid and Electric Vehicles.

Technical Approach

The project includes a number of key phases:
Systems Identification
- system boundaries, parameters, interactions and data formats Data Acquisition
- collection of data on routes, vehicles and systems
Systems Modelling
- definition of algorithms and optimisation routines
Implementation
- object oriented software analysis, design and implementation Simulation and Optimisation
- validation and use of the VMS tool to optimise vehicle/route combinations.

Expected Achievements and Exploitation

The use of object oriented software technology to produce a simulation tool which is easy to reconfigure or extend.
The key features of the software tool include:
- intuitive graphical user interface.
- can be used by a wide variety of users with different levels of expertise.
- simulate a comprehensive range of systems and components. - accept data in many different formats.
- include calculation of multiple scenarios and optimisation routines. - robust and comprehensive relational database.
- on-line help system.
- executable windows program.
A database will be constructed including data on routes, vehicles and individual systems and components.
The VMS tool will be validated against a matrix of different vehicle types and routes. The tool will be used to define ways of optimising a number of existing vehicle/route combinations to reduce energy consumption and environmental impact.
The VMS tool will be able to assess a wide variety of control strategies and algorithms.

Call for proposal

Data not available

Coordinator

MIRA LIMITED
Address
Watling Street
CV10 0TU Nuneaton
United Kingdom

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Participants (20)

CENTRE OF LOGISTICS AND EXPERT SYSTEMS GMBH
Germany
Address
55-57,karl-scharfenberg-strasse 55-57
38229 Salzgitter

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CEST PROGRAMMES LTD.
United Kingdom
Address
Berners Road 5, Islington
N1 0PW London

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CITELEC
Belgium
Address
2,pleinlaan 2
1050 Bruxelles

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E.ON UK PLC
United Kingdom
Address
Ratcliffe-on-soar
NG11 0EE Nottingham

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Firstbus Transit Developments
United Kingdom
Address
Manvers Street
BA1 1JJ Bath

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GKN Technology
United Kingdom
Address
Birmingham New Road
WV4 6BW Wolverhampton

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Impetus Consultants Ltd.
Greece
Address
9,syngrou Avenue
11748 Athens

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Institute for Applied Automotive Research
Spain
Address
L'albornar
43710 Santa Oliva

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KRAFTVERKEHRSGESELLSCHAFT MBH BRAUNSCHWEIG
Germany
Address
1,in Den Blumentriften 1
38226 Salzgitter

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LE MOTEUR MODERNE SA
France
Address
9,rue Benoit Frachon 9
91127 Palaiseau

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Oldham France SA
France
Address
Rue Alexandre Fleming
62033 Arras

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Shell International Petroleum Co Ltd
United Kingdom
Address

SE1 7NA London

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Société des Transports Collectifs Rochelais
France
Address
Rue Du Moulin De Vendôme
17140 Lacord

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T&B Technology and Business Srl
Italy
Address
Via Ceccardi 1/17
16121 Genova

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TRANSPORT AND TRAVEL RESEARCH LTD.
United Kingdom
Address
Bore Street 16
WS13 6LL Lichfield

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Transports de Barcelona SA
Spain
Address
21-23,calle 60
08040 Barcelona

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UNIVERSITY OF LIMERICK
Ireland
Address
Plassey Technological Park
61 Limerick

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University of Central England in Birmingham
United Kingdom
Address
Perry Barr
B42 2SU Birmingham

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Wavedriver Ltd
United Kingdom
Address
Beech House Cambridge Road Melbourn
SG8 6TA Royston

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École d'Ingenieurs en Genie des Systemes Industriels
France
Address
26r Rue De Vaux De Foletier
17011 La Rochelle

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