Light-agriculture-complementary intelligent waterfowl breeding facility and farm

Abstract

The invention provides a light-agriculture-complementary intelligent waterfowl breeding facility which comprises a photovoltaic power generation structure unit and a facility body structure unit in elasticity-type triangular mutual support with the photovoltaic power generation structure unit. The photovoltaic power generation structure unit comprises a plurality of photovoltaic silicon plates anda plurality of uprights; the facility body structure unit comprises a hard ground, shady supporting rods with the top and the bottom connected with the back of the photovoltaic silicon plates and thehard ground and blocking thin films spread on the surfaces of the supporting rods; the photovoltaic silicone plates, the shady supporting rods and the uprights are in one-to-one corresponding arrangement, each shady supporting rod is an integrated supporting rod and arc-shaped, a distance between the bottom end of each upright to that of the corresponding shady supporting rod is greater than thatbetween the bottom end of the upright and an intersection point of an longitudinally upward extending line of the upright and a top end extending line of the corresponding shady supporting rod. The waterfowl breeding facility is simple in structure and has the advantages of 'one-land two-purpose, agriculture-light-complementing', and economic value of land in unit area is increased.

Description

technical field [0001] The invention belongs to the field of breeding facilities, and in particular relates to a light-agricultural complementary intelligent waterfowl breeding facility and a farm. Background technique [0002] As a new energy source, photovoltaic power generation can not only make full use of solar energy for power generation, but also effectively solve hot issues such as the depletion of non-renewable energy sources and the intensification of the greenhouse effect. However, photovoltaic power generation devices need to occupy a large-scale land area to place semiconductor silicon plates for energy conversion. How to make full use of this part of land resources has become the focus of modern agricultural research. Aiming at the land use problems of photovoltaic power plants, the development of photovoltaic ecological farming is a beneficial new exploration. While producing green and environmentally friendly photovoltaic power, it can transform and upgrade t...

AI Technical Summary

Problems solved by technology

[0003] The terrain of the photovoltaic power generation site is relatively open, the wind direction is uncertain, the wind is strong, and the length of the single row of photovoltaic power generation panels is relatively long. The requirements for the stability of the breeding facilities and how to match them reasonably with the photovoltaic power generation panels are relatively high. If conventional brick breeding facilities are used , the construction cost is large, the construction period is long and it is not conducive to dismantling and building recycling at any time, which will cause a large waste of resources and cannot make rational use of photovoltaic power generation panels

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