• 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

    • 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.
    • 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.
    • Charging must be possible under all weather conditions.
    • The system must be adaptable to most existing electric vehicles.
    • Charging infrastructure must be as unobtrusive as possible. The elements must be integrated into an urban environment
    • The elements must be robust and vandal-proof
    • The system must be totally safe
    • The system must tolerate dirt, mud, oil, and urban pollution.

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    Innovative Features

    • design of advanced magnetic circuits
    • design of passive positioning systems for vehicle alignment
    • system-oriented approach of vehicle integration 


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