The acceptance of the electric mobility mainly depends on the comfort of utilisation, in particular on the charge of the energy storage. In contrast to charging with cable and plugs, the cordless charging using the principle of the inductive energy transmission offers a lot of advantages in terms of security and comfort. In this research project the benefits of the cordless technology were investigated and evaluated with the help of a scenario model. Suitable model approaches and assessment procedures were analysed and a methodology for a scenario-based model was developed. An essential basis for the successful work included extensive research, comparative analysis and evaluation of scientific publications on inductive and conductive charging technologies, results of the accompanying R & D projects and other literature sources in various subject areas.
Project leader
Dipl.-Ing. Axel Hoppe
Thematic Field
Cooperation partners
Kiefermedia GmbH
RWTH Aachen
Otto-von-Guericke-Universität Magdeburg
Project Duration
Projektstart:
October 2010
Projektende:
September 2011
Project Funding
BMU

Förderkennzeichen:
16EM0090