Objectives and expected
achievements
State of the Art
System Requirements
Innovative Features
Work Content
Appraisal of technical
risk
Structured Activity
Planning
The EVIAC Partnership
Benefits of the Partnership
Complementarity and
synergy
Strategic Importance
for Europe
Economic Opportunities
Public Transport Applications
Road Vehicle Applications
Safety Impacts
Environmental Benefits
Last update: 1998-04-24 . |
System Requirements
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The charging stations must place as little constraint on the driver as
possible. The system must operate without requiring specific driving skills
and must be usable by inexperienced drivers.
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The power level must be compatible with the needs of the application. A
total of 3.5 kW should be adequate for small- and medium sized electric
vehicles so this power level has been adopted in the present project. The
systems should however be usable for higher powers.
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Charging must be possible under all weather conditions.
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The system must be adaptable to most existing electric vehicles.
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Charging infrastructure must be as unobtrusive as possible. The elements
must be integrated into an urban environment
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The elements must be robust and vandal-proof
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The system must be totally safe
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The system must tolerate dirt, mud, oil, and urban pollution.
Innovative Features
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design of advanced magnetic circuits
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design of passive positioning systems for vehicle alignment
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system-oriented approach of vehicle integration
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