Mircea-Emilian Ardeleanu, Bogdan Răscăcea



The Actual and Future Aspects of Using the Inductive Transmisson of Electromagnetic Energy

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The discovery of the electromagnetic induction phenomena by the English physicist Michael
Faraday and his scientific underlining constitutes important marks in the technical and scientific development of human kind thus being the catalyst of the industrial progress from IXI and XX centuries.The industrial uses of the electromagnetic induction law (a series production of electric transformers, engines and electric generators) led to the apparition of one of the most important and performant economic branches, namely the Electrotechnics.
In this article, firstly, several relevant aspects from the pedagogical, scientific activity and life of the English physicist Michael Faraday, are presented. His experiments which led to the enunciation of the electromagnetic induction law are presented. Likewise, several biographical aspects regarding the life and the opera of the eccentric and genius Serbian engineer Nikola Tesla, are also presented In this article, the use of the electromagnetic induction law was proposed (inductive transmission of electrical energy) in the technical achievements in electrotechnics and namely electric transformers and rotary electrical machines. Also, a reference is made to the genius Tesla’s idea regarding the possibility performing wireless transmission of electric energy over long distances. At the end of the work, some actual and future applications regarding the inductive transmission of the electrical energy are presented and listed in what regards to recharging an electrical vehicle, a mobile phone or a pacemaker.


Electromagnetic induction, resonant circuit, wireless transmision, electromotive force, battery;
Induction current; Resonance conditions, induced electromotive voltage


[1] Florea,I.C., Trei savanți iluştri, Editura ştiințifică şi enciclopedică, Bucureşti, 1978

[2] www.wikipedia

[3] Holliday,D.,Resnic,R., Fizica (vol.II),Editura didactică şi pedagogică, Bucureşti,1975

[4] Sora,C., Bazele electrotehnicii, Editura Didactică şi Pedagogică, Bucureşti, 1982

[5] Seifer,M., Tesla, bigrafia unui geniu, Editura ProEditură şi Tipografie, Bucuresti,2008

[6] Tesla,N.,Childress,D.H., Fantasticele inventii ale lui NIKOLA TESLA, Editura Vidia, Bucuresti,2011

[7] Dordea,T., Masini electrice, Editura Didactică şi Pedagogică, Bucureşti,1977

[8] Bălă,C., Maşini electrice,Editura Didactică şi Pedagogică, Bucureşti, 1979 M. E. Ardeleanu, B. Răscăcea International Journal of Education and Learning Systems http://iaras.org/iaras/journals/ijels ISSN: 2367-8933 59 Volume 1, 2016

[9] Marinescu,A., Iordache¸M., Mandache,L., Transferul fără contact al energiei electrice, In a VIII-a Conferinţă anuală a ASTR, Bucuresti, 2013

[10] www.sfatul medicului.ro

[11] Qingyun,M.,s.a., Power-oscillator Based High Efficiency Inductive Power-Link for transcutanous Transmission

[12] Georgiana Nicoleta ZAINEA, Contributions in the wireless transfer of electromagnetic energy, Ph.D Thesis, Universitatea politehnica Bucuresti, Bucuresti, 2013

[13] http://phys.org/news182608923.html

[14] www.electromotor.ro

[15] Ardeleanu,M.E. (coord), Răscăcea,B., Aspecte actuale si de perspectivă ale utilizării transferului inductiv de putere, University of Craiova, Electrical Engineering Faculty,2014

[16] Atluri,S.,Ghovaloo,M., Design of a Wideband Power-Efficient Inductive Wireless link for Implantable Biomedical Devices Using Multiple Carriers, in Proceedings of the 2 nd International IEEE EMBS Conference on Neural Engineering, Arlington, Virginia, march 16-19, 2005;

[17 ] Jang,Y.,Jovanovici,M., Contactless electrical energy transmission system for portable Telephone battery charges, Industrial Electronics, in IEEE Transactions,vol.50, no.3,pp.520-527, June, 2003

[18] Jingook,K.,Bien,F., Electric field coupling technique of wireless power transfer for electric vehivles, in IEEE TENCON spring Conference, 2013, pp.267-271;

[19] Sample,A.P.,Meyer,D.A.,Smith,J.R., Anaysis, Experimental Results and Range Adaption of Magnetically Coupled Resonators for Wireless Power Transfer,in IEEE Transactions on Industrial Electronics, vol. 58, no.2, February 2011, pp.544-554

[20] Niculae,D, Dumitriu,L., Iordache, M., Ilie,A.,Mandache,L., “Magnetic Resonant Couplings Used in Wireless Power Transfer to Charge the Electric Vehicle Batteries”, in Buletinul AGIR, anul XVI, No. 4, Octombrie – Decembrie, 2011, Proceedings of the 4nd ELS 2011, Editura AGIR, ISSN: 1224 – 7928, pp. 155 – 158

[21] Dumitriu,L., Niculae, D., Iordache, M., Mandache, L., “ On Wireless Power Transfer“, Applied and Theoretical Electricity (ICATE), 2012 International Conference, 25-27 Oct. 2012, Craiova, Romania, IEEE Xplore

Cite this paper

Mircea-Emilian Ardeleanu, Bogdan Răscăcea. (2016) The Actual and Future Aspects of Using the Inductive Transmisson of Electromagnetic Energy. International Journal of Education and Learning Systems, 1, 51-60


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