Plane-type self-organized radio energy transmission network and transmitting method of radio energy network

Abstract

The invention discloses a plane-type self-organized radio energy transmission network and a transmitting method of a radio energy network, belonging to the field of radio energy transmission. The transmission network comprises N radio energy transmitting nodes, N is an integer more than or equal to 2, wherein each radio energy transmitting node consists of an electrical energy converting and storage module, a first energy transmitting / receiving module, a second energy transmitting / receiving module, an electrical quantity detecting module, a storage medium, a node coordinating and controlling module and a wireless communication module. With the adoption of the transmission network and the transmitting method disclosed by the invention, the electrical energy can be automatically transferred according to the energy demand information sent out by the node in the network; the bidirectional transmission of the power energy can be realized; the high efficient, balanced and continuous energy supply can be ensured for the equipment in the network, and the transmission capability of the electromagnetic energy space of the radio energy network node can be increased and the transmission range can be enlarged.

Description

technical field [0001] The invention relates to wireless power transmission, in particular to a planar ad hoc wireless power transmission network and a wireless power networking transmission method. Background technique [0002] Wireless power transmission technology is an emerging research hotspot in the field of power electronics. This technology realizes non-electrical contact power transmission, which can enable power supply equipment and electrical equipment to realize energy transfer under completely enclosed conditions. Therefore, it has important research value in many special occasions. Such as high humidity, high temperature, high dust, high corrosion occasions. The application of this technology proposes an effective solution for the reliable and safe power supply of electrical equipment in harsh environments. [0003] However, the current wireless power transmission technology generally adopts the power supply mode of "broadcast transmission", that is, an energ...

AI Technical Summary

Problems solved by technology

That is, the transmission intensity must ensure that the electrical equipment with the greatest energy demand on the farthest boundary can obtain the maximum amount of energy supply, and it is often necessary to increase the frequency of transmitting electric energy as much as possible, so that the emission energy of the energy source will be much greater than the energy within the group Demand, most of the energy is lost through radiation, resulting in low energy transmission efficiency of the system

At the same time, due to the limitation of the broadcast transmission method, the energy source cannot predict the energy demand in the group, and always supplies energy with the maximum energy demand, resulting in the blindness of energy transmission. human health

In addition, for the power supply of multiple devices distributed arbitrarily within a certain space, due to the arbitrariness and randomness of the distribution of the location of the electrical equipment, the inconsistency of the power capacity of various equipment and the inconsistency of power consumption, the power supply of the electrical equipment presents obvious inconsistencies. balance

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