Simulation Based Concept Analysis for a Micro Hybrid Delivery Van

Craig L. Goodfellow; Pascal S. Revéreault; Lutz P. Gaedt; Daniel Kok; Thomas Hochkirchen; Michael Neu; Christophe Picod

doi:10.4271/2005-01-1161

2005-04-11

Simulation Based Concept Analysis for a Micro Hybrid Delivery Van 2005-01-1161

The HyTrans project is a collaborative development of a micro hybrid demonstrator vehicle based on an urban delivery van. The project partners consist of Ricardo, Ford, Gates and Valeo and the project is co-funded by the UK Energy Savings Trust under the New Vehicle Technology Fund.

A concept study analysis has been performed for an urban delivery van in order to identify the impact of different cost efficient belt driven micro hybrid concepts on fuel consumption performance over representative real world delivery driving conditions. The Ricardo vehicle simulation tool V-SIM was used to determine the impact of different:

Electrical machine types and generating power capabilities
Energy storage device types and capacity, including advanced lead acid and nickel metal hydride batteries and ultra-capacitors
Hybrid system functionalities, including stop/start and regenerative braking enablement by supervisory control

This paper presents the predicted fuel consumption performance over the chosen real world driving conditions of the various hardware options, and provides target fuel consumption data.

The results of the study were used to define the actual HyTrans vehicle build to be used for the demonstrator.

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Simulation Based Concept Analysis for a Micro Hybrid Delivery Van 2005-01-1161

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