wireless power
International Journal of Computer and Electrical Engineering, Vol.4, No.2, April 2012
Wireless Transmission of Electrical Power Overview of
Recent Research & Development
Sagolsem Kripachariya Singh, T. S. Hasarmani, and R. M. Holmukhe
wireless transmission at 1891 in his “experimental station” at Colorado. Nikola Tesla successfully lighted a small incandescent lamp by means of a resonant circuit grounded on one end. A coil outside laboratory with the lower end connected to the ground and the upper end free.
The lamp is lighted by the current induced in the three turns of wire wound around the lower end of the coil.
Abstract— The aim of this research work is to give a overview of recent researches and development in the field of wireless power transmission. The methods applied for wireless power transmission like Induction, Electromagnetic transmission,
Evanescent wave coupling, Electrodynamic induction, Radio and microwave and Electrostatic Induction ,are discussed.This study also focuses on the latest technologies, merits and demerits in this field. The economic aspects are briefly discussed.
Index Terms—wireless solarpower transmission,
witricity,
power,
I. INTRODUCTION
In the past, product designers and engineers have faced challenges involving power: the continuity of supplied power, recharging batteries, optimizing the location of sensors, and dealing with rotating or moving joints. Although those challenges remain, new demands that arise from increased use of mobile devices and operation in dirty or wet environments mean that designers require new approaches to supplying power to equipment.Wireless Power Transmission from the time of Tesla has been an underdeveloped technology. Tesla had always tried to introduce worldwide wireless power distribution system. But due to lack of funding and technology of that time, he was not able to complete the task. Then onwards this technology has not been developed up
Wireless Transmission of Electrical Power Overview of
Recent Research & Development
Sagolsem Kripachariya Singh, T. S. Hasarmani, and R. M. Holmukhe
wireless transmission at 1891 in his “experimental station” at Colorado. Nikola Tesla successfully lighted a small incandescent lamp by means of a resonant circuit grounded on one end. A coil outside laboratory with the lower end connected to the ground and the upper end free.
The lamp is lighted by the current induced in the three turns of wire wound around the lower end of the coil.
Abstract— The aim of this research work is to give a overview of recent researches and development in the field of wireless power transmission. The methods applied for wireless power transmission like Induction, Electromagnetic transmission,
Evanescent wave coupling, Electrodynamic induction, Radio and microwave and Electrostatic Induction ,are discussed.This study also focuses on the latest technologies, merits and demerits in this field. The economic aspects are briefly discussed.
Index Terms—wireless solarpower transmission,
witricity,
power,
I. INTRODUCTION
In the past, product designers and engineers have faced challenges involving power: the continuity of supplied power, recharging batteries, optimizing the location of sensors, and dealing with rotating or moving joints. Although those challenges remain, new demands that arise from increased use of mobile devices and operation in dirty or wet environments mean that designers require new approaches to supplying power to equipment.Wireless Power Transmission from the time of Tesla has been an underdeveloped technology. Tesla had always tried to introduce worldwide wireless power distribution system. But due to lack of funding and technology of that time, he was not able to complete the task. Then onwards this technology has not been developed up
References: [8] T21 World Global Trends (Accessed March 23, 2006) http://www.t21.ca/energy/index.html. [11] F. Mishriki, “Power Solutions A New Approach to Wireless Power Transfer January 1, 2010,” Sensors