Oceanographic buoy capable of generating electricity through tidal turbine

Abstract

The invention provides an oceanographic buoy capable of generating electricity through a tidal turbine, and belongs to the technical field of buoys. The oceanographic buoy comprises a buoy body and a tidal hydro-generator. The buoy body comprises a platform, an electric chamber, a supporting frame, a radar box and a light beacon, wherein the electric chamber and the supporting frame are arranged on the platform; the radar box and the light beacon are arranged on the supporting frame; a fairing is arranged outside the tidal hydro-generator and connected with the buoy body; the tidal hydro-generator and the electric chamber are electrically connected; and the electric chamber stores electric energy or / and provides electricity. According to the oceanographic buoy, the tidal energy of seawater is converted into electric energy through the tidal turbine, and the electric chamber stores the electric energy or / and provides electricity for a power consumption device after processing. In addition, the fairing is arranged outside the tidal hydro-generator, the conversion efficiency of electric energy can be improved, the electricity supply mode is not affected by weather factors, electricity can be supplied continuously and stably, and the oceanographic buoy has broad application prospects in the technical field of oceanographic buoys.

Description

technical field [0001] The invention belongs to the technical field of sea buoys, and in particular relates to a sea buoy which utilizes a tidal current energy water turbine generator to generate electricity. Background technique [0002] Sea buoys usually refer to a kind of buoy with indicator lights floating on the sea surface, which are fixed in designated sea areas by anchors, and are used to mark the range of waterways, indicate shoals, underwater obstacles, or specially installed underwater detection equipment in sea areas. The instrument is used to indicate the seabed detection equipment and transmit the seabed information to the navigation aid mark on the water surface. It is often set in places where it is difficult or not suitable to set up a fixed navigation mark, and it is used to aid navigation in day and night navigable waters. [0003] The current offshore buoys are generally equipped with devices that need power supply such as indicator lights, satellite posi...

AI Technical Summary

Problems solved by technology

[0004] In order to solve the problem that existing offshore buoys mostly use solar panels for power supply, due to the influence of weather factors, the power supply of solar panels is often insufficient and affects normal use.

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