Floating type heavy load platform

Abstract

The invention relates to a floating type heavy load platform which comprises a plurality of independent modular floating boxes with the same structure, each modular floating box comprises a floating cabin, frame beams and a deck, lug plates are arranged on the four outer vertical faces of each floating cabin, and every two adjacent modular floating boxes are connected through the corresponding lugplate; frame beams in the longitudinal direction and the transverse direction are arranged on the outer top face of each floating cabin, the deck is fixedly arranged on the frame beams, and a fence is arranged on the deck. The modular degree is high, after modularization, all components have the unified size, standardized production can be conveniently carried out, and the installation time is shortened; each deck and each floating cabin are relatively independent, and when a certain floating cabin leaks water and sinks, the deck on the floating cabin can be quickly disassembled; the frame beams and the floating cabins are welded into a whole, and meanwhile the rigidity sum of the floating cabins and the frame beams is increased; the decks are divided according to the arrangement of the floating cabins, and the size of each deck is small; a splicing seam is reserved between every two decks, so that drainage is facilitated, and the problem that large-area decks are prone to water accumulation is solved.

Description

technical field [0001] The invention relates to a photovoltaic device on water, in particular to a floating heavy-duty platform. Background technique [0002] As the shortcomings of traditional ground photovoltaic power plants occupying too much land resources become more and more obvious, the development of floating photovoltaic power plants on the water is also in the stage of comprehensive acceleration. For some areas with deep water depth, large water level fluctuations, and poor underwater geological conditions, floating photovoltaics have higher feasibility and reliability, which requires that some photovoltaic equipment need to be placed in a floating on a heavy-duty platform to meet the overall design requirements of photovoltaic power plants. [0003] The current floating heavy-duty platforms (concrete structure and steel structure are common) can provide sufficient buoyancy and stability for photovoltaic equipment, but there are still many problems in processing, ...

AI Technical Summary

Problems solved by technology

The process of this patent combination is relatively simple and convenient, but one module is a multi-body structure, and the degree of modularization is not high enough. The production of decks and railings still needs to be customized according to different applications, and the on-site assembly is also relatively complicated. The connection details between modules unpublished

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