CONCLUSION
The study showed the novel construction is a good
candidate for a wireless power system with arbitrarily large
spatial freedom that satisfies the efficiency requirements as
specified by the QiTM standard. This construction aIJows for
benefits of efficiency, protection from transfer of energy into
unwanted subsystems, and standardization for commercial use
due to a closely aligned WPS. It also allows an experience of
spatial freedom that enhances usability, and simplifies
implementation due to the coil constructs and the relatively
simple control circuitry. In addition, it covers more area per
given coil than other proposed coil arrays in the present Q?M