efficient power technologies

Power Electronics and Motion Control 2010

Inductive power transmission system with stabilized output voltage using local primary-and secondary-side control

In this paper, a pri­ma­ry and secon­da­ry seri­es com­pen­sa­ted induc­ti­ve power trans­mis­si­on sys­tem with primary-side zero pha­se ang­le con­trol and a loss-free clamp (LFC) cir­cuit on the secondary-side is descri­bed. The effects of non-synchronous tuning are ana­ly­zed and inten­det detu­ning is pro­po­sed to gua­ran­tee con­trol­la­bi­li­ty. The func­tio­n­al princip­le of the LFC cir­cuit, which is requi­red for out­put vol­ta­ge sta­bi­liz­a­ti­on over a wide load ran­ge and vary­ing magne­tic cou­pling, is exp­lai­ned. Finally, theo­re­ti­cal results are veri­fied experimentally.

Link zum Beitrag

Lernen Sie uns kennen

Sprechen Sie mit uns über Ihre spezifischen Aufgaben für kontaktlose Energieübertragung

Get to know us

Talk to us about your specific tasks for contactless power transmission

+49 6851 90 74 27 0