Novel seaborne floating movable wind power generation equipment and manufacturing method thereof

Abstract

The invention discloses novel seaborne floating movable wind power generation equipment and a manufacturing method thereof. The novel seaborne floating movable wind power generation equipment comprises a pontoon provided with a composite platform and an operating system. A high-strength composite skeleton is arranged on the composite platform and provided with a high-strength composite trapezoidal framework. A vertical-axis wind power generator is arranged in the high-strength composite trapezoidal framework and connected with an axial-flow impeller. A plurality of ground anchors and a pontoon power system are further arranged on the pontoon. The vertical-axis wind power generator and the pontoon power system are connected with the operating system through wires correspondingly. The novel seaborne floating movable wind power generation equipment has the advantages of being low in cost, resistant to corrosion, capable of preventing typhoons, thunders and lightning, resistant to swinging and resonance, floating, movable and the like.

Description

[0001] Technical field: [0002] The invention relates to the technical field of offshore wind power generation, in particular to a novel offshore floating movable wind power generation device and a manufacturing method thereof. [0003] Background technique: [0004] At present, due to the influence of factors such as climate change and low-carbon energy transformation, the popularity of the offshore wind power industry is increasing globally. At present, more than 50 countries and regions around the world have begun to develop offshore wind power. Wind power has accounted for more than 7% of my country's total installed capacity of electricity, becoming the third largest source of electricity after thermal power and hydropower. Against the backdrop of the severe situation of “abandoned wind and curtailment” of inland wind power, offshore wind power projects that are close to economically developed areas and have advantages in consumption have become a bright light for the ent...

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Problems solved by technology

[0005] Existing offshore wind power generation equipment usually uses fixed pile foundations and semi-suspended foundations, and uses horizontal wind power generation devices to generate wind power. Although the problem of offshore wind power generation has been solved to a certain extent, there are still some deficiencies: for example, the lack of advanced Lightning technology is difficult to resist typhoons, lightning and other natural disasters, and it is difficult to construct and maintain in deep seas; traditional offshore wind turbines can usually only be installed in coastal shallow seas with a depth of no more than 50 meters, and have many impacts on the geology and landforms of the seabed. This largely limits the selection of offshore wind farm construction areas; in addition, traditional offshore wind power needs to be installed one by one by special large-scale engineering ships, which is difficult to promote on a large scale due to high cost and long construction period; The installation foundation on the wind turbine is more complicated, the cost is higher, and the offshore installation is more difficult; special hoisting ships are used, and the sea air has high humidity, high salt content, and strong corrosion. The equipment in the fan needs special anti-corrosion treatment to resist offshore Strong corrosion in the air

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