WiPower

rdf:langString WiPower

rdf:langString WiPower, Inc.

rdf:langString WiPower, Inc.

rdf:langString

rdf:langString Ashish Gupta

rdf:langString Dr. Rahul Razdan, Ph.D.

rdf:langString Ryan Tseng

rdf:langString United States

rdf:langString WIPOWER LOGO large.png

rdf:langString Private

rdf:langString The Alliance For Wireless Power is an industry standard group that uses the principles of magnetic resonance to develop a wireless energy transfer system over distance. The WiPower system uses directed and controlled magnetic fields to replace traditional power cords. To do this, the transmitter utilizes one or more primary windings in order to induce an even magnetic field above its surface. A receiver in the magnetic field uses a secondary winding which captures the magnetic energy and converts it back to electrical energy. WiPower's system was based on modified coreless inductive technology and adjusts power supplied by the transmitter to power demanded by the receiver without the need for control systems or communication. As such, the company's technology represents a simpler design versus alternate wireless power solutions. The system is capable of supplying power to multiple receivers simultaneously that are placed on top of the transmitter in any position or orientation, and the company has reported DC to DC efficiencies between 60 and 90%. These technologies were combined in a backwards compatible manner with Intel and Qualcomm's wireless power over distance technologies to be standardised by the Alliance For Wireless Power.