Advancement Through Research
This paper is an integration of wireless power transfer of solar PV cell to a wirelessly connected load for attaining high power transmission efficiency. The objective is to find out a control technique which will decrease the total cost of the system and maximize the system efficiency at the same time. The power supply has been taken primarily from a solar PV. The power will be switched to battery mode automatically in the absence of effective solar energy. An equivalent circuit model is portrayed with a transreceiver for power transmission. The inductive coils here will help as an antenna receiver and the rectifier are used to convert AC to DC. A low voltage DC load is driven by the receiver circuit. In order to increase the load, the frequency and the input power should be higher. This research will be applicable for any kind of wireless power charger which is generally used in electric vehicles and electronic gadgets in day to day life.
Photovoltaic system, Inductive Power Transfer, Topological compensation, Switching circuit, Portable devices
