• First demonstrated by Nicola Tesla in the 1890s, applications of Wireless Power Transfer (WPT) are gaining popularity and in particular for charging everyday consumer electronic devices
• It provides simplicity and convenience without the need of manipulating any electric connectors or the associating wiring
• Existing WPT systems usually require proper alignment of the power transmitters and the receivers, otherwise transfer efficiency will be greatly reduced
• The WPT technology market was valued at US$ 2.5B in 2016 by MarketsandMarkets¹

1. http://www.marketsandmarkets.com/Market-Reports/wireless-power-market-168050212.html

• By intelligently controlling the phase angles and amplitudes of voltage/current flowing through the coils of the omni-directional transmitter, the direction and magnitude of power transfer could be controlled directly
• detect load positions and provide the corresponding power transfer wirelessly at the needed directions to avoid energy wastage
• relax alignment requirement for transmitter and receiver circuits
• Continuous transfer of power to electrical loads even in motion 

• Charging or powering of IoT sensors 
• Charging of pacemakers or other electrically-powered medical implants
• EV charging
• Smart phones, hand-held and other related electronic devices charging
  

• US Patent Application No. 13/975,409
• Chinese Patent Application No. 201480058510.2
• EP Patent Application No. 14840713.3
• Device prototype is available in laboratory scale