Deep sea charging platform applying low-flow-speed ocean current power generation technology and operation method

Abstract

The invention discloses a deep sea charging platform applying a low-flow-speed ocean current power generation technology and an operation method. Comprising a floating body, an ocean current energy generator, an underwater charging butt joint module, an air bag module, a side wing variable pitch module and a controller. The floating body provides a suspension and sinking foundation for the charging platform, and realizes the functions of diversion and convection; the ocean current energy generator converts the captured ocean current energy into electric energy; the underwater charging docking module is used for positioning, fixing and charging the seabed detector needing to be charged; the air bag module realizes a floating function when the charging platform needs to be maintained; the side wing variable pitch module adjusts the suspension position of the floating body in seawater, and the depth adjusting function is achieved. According to the invention, deep-sea renewable energy sources can be efficiently utilized, in-situ energy supply of the deep-sea detector is realized, and the periodic maintenance cost of the deep-sea detector is effectively reduced.

Description

technical field [0001] The invention relates to the technical field of new energy power generation and the field of deep-sea equipment, in particular to a deep-sea charging platform and an operating method using low-velocity ocean current power generation technology. Background technique [0002] As an important equipment in the fields of ocean monitoring and deep-sea operations, deep-sea autonomous detectors are being used more and more widely. Due to the need for autonomous activities in the deep sea, the detector usually relies on its own energy storage device for energy supply, and its endurance is limited by the capacity of the energy storage device it carries. Therefore, the detector needs to be frequently replenished with energy. [0003] The traditional method usually uses the mother ship or the surface support platform to lift the recovery method to recover the detector to the water surface for energy supply, and put it back into use after the supply is completed. ...

AI Technical Summary

Problems solved by technology

Although it avoids the workload of frequent recovery and saves time, it needs to lay a large number of cables on the seabed, and still needs to obtain energy from the shore or the mother ship, and it also faces the problem of high cost in deep sea conditions.

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