Remote wireless charging receiving end and transmitting end

Abstract

The invention discloses a remote wireless charging receiving end and transmitting end. The receiving end comprises a receiving end control system, a receiving antenna and a receiving end processor, wherein the receiving antenna is respectively communicated with the receiving end control system, the receiving end processor and a load; the receiving end processor is communicated between the receiving antenna and the receiving end control system; and the receiving antenna is composed of a plurality of optical antennas. According to the remote wireless charging receiving end and transmitting end,wireless transmission of electric energy can be achieved, the remote wireless charging function can be achieved through light energy, and meanwhile, the remote wireless charging receiving end and transmitting end are not affected by the environment such as night and cloudy days.

Description

technical field [0001] The invention relates to the field of wireless charging, in particular to a receiving end and a transmitting end of long-distance wireless charging. Background technique [0002] Long-distance wireless charging is wireless charging in the true sense in people's minds. For example, the patent with the publication number CN110525243A discloses a wireless charging device for drones. machine for wireless charging. The patent uses solar collectors for "photoelectric conversion", but a large part of the solar spectrum provides energy far greater than the band gap energy of commonly used semiconductor materials, and most of the energy, especially in the infrared band, is converted into heat due to lattice vibrations Multi-junction tandem solar cells that overcome this limitation offer slightly higher efficiencies in the visible band, but at a high cost. Moreover, this kind of solar charging equipment is dependent on usage scenarios and weather conditions. I...

AI Technical Summary

Problems solved by technology

The patent uses solar collectors for "photoelectric conversion", but a large part of the solar spectrum provides energy far greater than the band gap energy of commonly used semiconductor materials, and most of the energy, especially in the infrared band, is converted into heat due to lattice vibrations is lost, and multi-junction tandem solar cells that overcome this limitation offer slightly higher efficiencies in the visible band, but at a high cost

Moreover, this kind of solar charging equipment is dependent on the use scene and weather conditions. Indoor, night and other scenes, for solar charging, it is powerless.

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