Offshore wind turbine with posture self-correcting function

Abstract

The invention discloses an offshore wind turbine with a posture self-correcting function. The offshore wind turbine with the posture self-correcting function comprises a floating platform, a photovoltaic converting device, a water supply hose, a flexible anchor cable assembly and a self-balancing mechanism. The self-balancing mechanism comprises at least three self-balancing assemblies. Each self-balancing assembly comprise a floating body, a water flow drive piece and a balance arm provided with a water jet channel, wherein a water inlet of the water jet channel communicates with the water supply hose, the balance arm comprises a connection end and a floating end, the connecting end is connected with a connection lug, the floating body is arranged at the floating end, and the water flow drive piece communicates with the water jet channel and is electrically connected with a control device. In this way, the balance arms can acquire the reactive force generated by the washing force so as to form lateral supporting for a wind turbine foundation, automatic posture correcting is achieved for the wind turbine foundation, the balance state of the wind turbine can be adjusted in an adaptive manner on the precise of not using a cable, and the situation that the wind turbine overturns due to the impact and the effects of various limit loads such as oceans, flow, wind and waves is avoided.

Description

technical field [0001] The invention relates to the technical field of offshore wind power generators, in particular to an offshore wind power generator with attitude self-correcting function. Background technique [0002] With the rapid development of science and technology, and the country's continuous advocacy of the development and application of new energy and new technologies, many non-polluting, low energy consumption, and low-cost energy sources are gradually widely used, such as wind energy. At present, wind power generators use the most wind energy, and offshore wind power generators are the most widely used. However, due to the harsh and complex operating environment of the ocean, offshore wind turbines are impacted and affected by various extreme loads such as ocean, current, wind, and waves, resulting in excessive torsional loads and excessive yaw motions. This will very likely cause the offshore wind turbine to capsize, affecting the reliability, safety and no...

AI Technical Summary

Problems solved by technology

However, due to the harsh and complex operating environment of the ocean, offshore wind turbines are subjected to the impact and influence of various extreme loads such as ocean, current, wind, and waves, resulting in excessive torsional loads and excessive yaw motions. This will very likely lead to the overturning of offshore wind turbines, affecting the reliability, safety and normal use of offshore wind turbines, resulting in huge economic losses

Most of the existing offshore wind turbines are connected to the seabed with rigid cables, a

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