Legacy Technology Methods

In coupled or non-radiative techniques, power is typically transferred via magnetic fields using magnetic inductive coupling between coils of wire.

Applications of this type include electric toothbrush chargers, RFID tags, smartcards, and inductive powering or charging of electric vehicles like trains or buses. The current market focus is on wireless power systems capable of charging mobile and handheld computing devices such as mobile phones, tablet computers, digital music players and portable computers without being tethered to a traditional wall–plugged AC source.

Consumer

The consumer space of wireless power includes a broad range of opportunities, including coffee shops, restaurants, hotels, airports, homes and offices.

Consumer

The consumer space of wireless power includes a broad range of opportunities, including coffee shops, restaurants, hotels, airports, homes and offices.
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Medical

There are many significant opportunities to bring new scientific advancements to the medical industry utilizing wireless power in an effort to help save lives.

Medical

There are many significant opportunities to bring new scientific advancements to the medical industry utilizing wireless power in an effort to help save lives.
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Automotive

Wireless power in the automotive sector offers opportunities to integrate convenient, safe and flexible wireless power to millions of vehicles.

Automotive

Wireless power in the automotive sector offers opportunities to integrate convenient, safe and flexible wireless power to millions of vehicles.
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PowerSphyr’s IP:

The PowerSphyr product development roadmap offers solutions which leverage the quickly evolving technology of next-gen wireless power and integrates these technologies into products suitable for satisfying essential everyday power needs. By achieving wireless freedom, consumers no longer need to plan their device power needs around power cables, chargers or the nearest power outlet.

This wireless power transfer system is capable of transferring power to one or more electronic devices at varying wattage and range. Driven by an A/C power source, the Power Transfer Hub (PTH) intelligently combines near field and far field energy and transfers energy selectively from either channel to meet the power requirements of the electronic device. The PowerSphyr team is continuing to build upon its innovation by developing a comprehensive portfolio of unique patents which will define and solidify its vision of intelligent wireless power transmission. Beyond consumer applications, the team has identified and intends to focus on another market with tremendous potential for technology disruption, the medical devices industry (including implantable cardiac pacemakers, cardio – defibrillators, implantable neuro-stimulators and insulin delivery systems). The medical industry sees the potential of over 600,000 pacemakers, and 2 million insulin pumps installed worldwide annually. These are only the initial areas of focus for applying the technology and countless potential applications are awaiting disruption. Enduring demand for the value that PowerSphyr brings to all electronic devices worldwide is practically unlimited.

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