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The “mobile device” is a consumer staple, an integral part of both personal and commercial existence. This device has evolved into a dynamic computational mechanism capable of basic communications to complex computing with digital display.
As each device is enhanced by new features along with computing power for rich-content applications, the power demands are growing upon the battery that is at the core of the device usefulness. Each device is sold with a power cord for recharging the battery to continue its operation. At a certain point, once the battery capacity has drained down, the device has a built-in safety feature to shutdown to avoid damage to components.
Mica Energies addresses the issue of a device battery that drains to the point of either shutdown or recharge by the owner. Sold as a device of “mobility,” during periods of recharge, this mobility is lost (not available). The subscriber might have access to power by plugging in the device, but in many cases external power access is not available. Depending upon how the device is being used, a shutdown might be just an inconvenience up to a matter of extreme personal safety or business loss. Anytime the Smartphone cannot be used to summon help, regardless of location, then a drained battery is of paramount importance.
To provide a solution, Mica Energies is developing a “Far-Field Communications
(FFC)” approach to extracting RF energy from the surrounding environment.
From observations, our competitors are proposing “solutions” using “Near-Field Communications (NFC)” that can recharge the battery yet requires immobile positioning for lengthy periods of time, effectively negating the intended mobility of the device, and mandates the purchase of emitter devices to place additional energy into the environment for NFC RF harvesting.
Wireless Carriers operate 24x7 communications via cell towers. This is an expense item for which there is no matching revenue to offset. Mica Energies proposes to develop an App that can activate the charging circuit, providing complete carrier control over the accessibility of cell phone tower RF energy harvesting from a subscriber device.
Within the USA, there are conservatively millions of active subscribers, and no existing technology to effectively self-charge a device. Again conservative, potential revenue from a monthly recurring RF Harvesting fee, $ 2.99 for example, could produce a recurring monthly revenue stream of $ 29,000,000+ given a 10 million subscriber election per month. Each telecom provider would determine actual pricing.
Actual monthly results would be determined by the subscriber election of a case or future purchase of a new phone with imbedded charging circuitry coupled with charging activation through the carrier. Additional revenue would be realized upon the subscriber purchase of a charging case for current Smartphones, the new Smartphones / Tablets when available. It is hoped that Self-charging devices will become the catalyst to a mobile society.
We at Mica Energies Corporation hope that our technology will provide a far-reaching competitive edge for IoT Dashboard devices, the consumer, Smartphones and Tablet manufactures.