Floating automatic balancing device and wind measuring platform

Abstract

The invention provides a floating type automatic balancing device which comprises an outer floating box, an inner floating box and a floating box guide frame. The inner floating box is arranged in the outer floating box and connected with the outer floating box through the floating box guide frame. The floating type automatic balancing device is simple in structure, shaking can be effectively reduced, the inner floating box can meet a certain levelness requirement, and other equipment or instruments can be loaded to conduct corresponding work. The invention further provides an anemometry platform which comprises the above floating type automatic balancing device and an anemoscope. The anemometry platform is easy to construct, high in efficiency, short in period, easy to maintain, low in cost and capable of being reused, anemometry work is more stable, and the accuracy of anemometry data is improved.

Description

Technical field [0001] The invention relates to the field of wind measuring equipment, and in particular to a floating type automatic balancing device and a wind measuring platform with the floating type automatic balancing device. Background technique [0002] Offshore wind farms have the advantages of large reserves of wind energy resources, high development efficiency, low environmental pollution, and no occupation of arable land. Before building a wind farm on the sea, it is necessary to build an offshore wind measuring tower in the sea area where the wind farm is to be built to achieve actual wind resource data and related meteorological data, so as to determine whether the sea area is suitable for the construction of an offshore wind farm. At the same time, various data of wind measurement towers are also required during the operation of wind power plants built on the sea. [0003] In the past, the pile foundations of offshore wind measurement towers were generally piled by ...

AI Technical Summary

Problems solved by technology

[0003] In the past, pile foundations of offshore wind measuring towers were generally piled by construction ships, and the caps and piles were connected by grouting. The construction process difficulty and construction cost were relatively high, and the construction efficiency was low.

The previous wind measuring tower is also a fixed towering structure, the center of gravity is very high during towing, which is not good for the stability of towing, which increases the difficulty and cost of towing, and the tower body does not have a leveling function, and can only be adjusted through the pile foundation. Flat, higher requirements for installation accuracy

[0004] In the prior art, there are self-leveling wind measuring towers, and the wind measuring platform adopts the balance sling and counterweight adjustment method. This leveling method is greatly affected by wind load and wave load, and the self-balancing adjustment range is limited. Automatic adjustment If it is not timely enough, it will affect the accuracy of wind measurement

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