Contactless energy transfer

The laboratory has developed special power electronic circuits for contactless energy transfer in medical and transport applications. Based on a simple principle of the air (ironless) transformer, a high efficiency energy transfer is achieved by properly dimensioning the primary and secondary electric circuit, and choosing the optimal converter topologies. Applying a sophisticated algorithm for the converter operation, a maximal efficiency is achieved for any operating conditions.

 

Completed Projects

 

     
 Contactless energy transfer table for desktop applications  Design of a contactless power transfer for an electric vehicle battery charger