A floating body for connecting photovoltaic power generation components on water

Abstract

A floating body to be connected with a water photovoltaic power generation component is characterized in that as a plastic float comprises a plurality of plastic pipelines arranged side by side and subjected to extrusion molding, joints of the plastic pipelines and plastic plates are fastened into a whole through thermofusion welding, and a plurality of reinforcing ribs are arranged on the outer walls of the plastic plates, the plastic plates and the plastic pipelines are integrally connected, and the overall supporting strength of the whole plastic float can be enhanced; as the plurality of reinforcing ribs are arranged on the outer walls of the plastic plates, the integral rigidity and strength of the plastic float are improved; as each plastic pipeline is filled with closed cell foamed plastic, when the surfaces of the plastic pipelines crack and water tries to enter the plastic pipelines, water cannot enter the plastic pipelines, accordingly, the risk that the photovoltaic power generation component sinks together with the plastic float because water enters the plastic pipelines is avoided; and meanwhile, as the plastic pipelines are filled with the closed cell foamed plastic, the rigidity of all parts of the plastic pipelines is improved, creep deformation of the plastic pipelines is reduced, and long-time shape keeping of the plastic float is facilitated.

Description

technical field [0001] The invention relates to a floating body used for connecting photovoltaic power generation components on the upper water. Background technique [0002] The floating photovoltaic power station mainly uses the water base to make the photovoltaic power generation components float on the water surface to generate electricity. Compared with the traditional ground photovoltaic power station, the floating photovoltaic power station installs the photovoltaic power generation components on the floating body on the water surface, which has the advantages of not occupying land resources and reducing water consumption. Evaporation and inhibition of algae growth. At the same time, the cooling of photovoltaic power generation components and cables by water can also effectively improve power generation efficiency. [0003] As an important supporting platform for photovoltaic power generation components on water, the floating body is an important link related to the n...

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