Title :
Rural electrification using wireless power transmission system
Author :
Siddique, Abdul Hasib ; Firdaus, Ahmad Fajar ; Lamont, Lisa ; Chaar, Lana El
Author_Institution :
Pet. Inst., Abu Dhabi, United Arab Emirates
Abstract :
It is one of the biggest challenges in today´s world to transmit energy in rough terrain like mountains, forest, and sea. In order to solve the problem, the concept of wireless power transmission systems has been taken into account in this paper. A verified SPICE model of wireless transmission has been considered for the efficiency calculation along with the mathematical approach. Numerical calculation shows that 30-70% transmission efficiency can be achieved by using this model of transmission depending upon the transmission distance and diameter of the antenna. MATLAB simulator and Simulink have been used for the system response and adaptability. Location, resonant objects varieties and different transmission distances have been considered for calculation. The resource of power is produced by PV-Systems. The output is of the transmission system is fed to the inverter system which have been connected to the load centre.
Keywords :
SPICE; UHF antennas; invertors; microwave power transmission; numerical analysis; photovoltaic power systems; town and country planning; MATLAB simulator; PV-system; Simulink; antenna diameter; energy transmission; inverter system; load centre; rough terrain; rural electrification; system adaptability; system response; transmission distance; verified SPICE model; wireless power transmission system; Inverters; Mathematical model; Power transmission; Receivers; Transmitting antennas; Wireless communication; PV systems AC/DC power conversion; WPT; efficiency; inverter; power transfers; wireless;
Conference_Titel :
Developments in Renewable Energy Technology (ICDRET), 2012 2nd International Conference on the
Conference_Location :
Dhaka
Print_ISBN :
978-1-4673-0463-4
