Eight-in-one multi-functional new energy intelligent greenhouse

Abstract

The invention relates to an eight-in-one multi-functional new energy intelligent greenhouse. The eight-in-one multi-functional new energy intelligent greenhouse comprises a greenhouse. The eight-in-one multi-functional new energy intelligent greenhouse is characterized in that the greenhouse is partitioned into a front greenhouse and a back greenhouse by a heat preservation board; the top of the front greenhouse is provided with a sunny greenhouse composed of a plurality of layers of plastic light-transmitting films; the top of the back greenhouse is opaque, so that the back greenhouse forms an overcast greenhouse; and a photovoltaic grid-connected power generation system is arranged at the top of the back greenhouse; a livestock breeding region is set at the lower air opening side of the greenhouse through partition; the front greenhouse and the back greenhouse of the livestock breeding region are communicated with each other; the bottom of the livestock breeding region is provided with a biogas digester; a fruit and vegetable planting region is set in the front greenhouse; organic fruits and vegetables are produced through adopting a soilless cultivation technique; a three-dimensional edible fungus cultivation region is set in the back greenhouse; and one side of the greenhouse, which is far from the livestock breeding region, is provided with a monitoring room. The eight-in-one multi-functional new energy intelligent greenhouse has the advantages of rigorous structural design, intelligent and optimized combination, all-round ecological cycle, efficient consumption reduction, energy-saving performance, environmental friendliness, convenient maintenance and high practicality, and can achieve high-efficiency agricultural production.

Description

technical field [0001] The invention relates to a new type of environmental protection and energy-saving agricultural greenhouse, especially an eight-in-one multi-functional greenhouse integrating photovoltaic power generation, animal husbandry, biogas power generation, organic fruit and vegetable planting, edible fungus cultivation, organic fertilizer, biopesticide biogas slurry, and intelligent monitoring and monitoring. Functional new energy smart greenhouse. Background technique [0002] At present, our country is facing huge energy and environmental pressure and food safety issues. Compared with foreign countries, my country's facility agriculture generally has problems such as low technological content, high labor intensity, low production level and low efficiency. Traditional greenhouses have artificial extensive Management, low land utilization rate (only about 40%), small scale, poor thermal insulation, few functions, low economic benefits and other defects. In orde...

AI Technical Summary

Problems solved by technology

[0002] At present, our country is facing huge energy and environmental pressure and food safety issues. Compared with foreign countries, my country's facility agriculture generally has problems such as low technological content, high labor intensity, low production level and low efficiency. Traditional greenhouses have artificial extensive Management, low land utilization rate (only about 40%), small scale, poor thermal insulation, few functions, low economic benefits, etc.

In order to overcome the defects of traditional greenhouses, the existing "four-in-one" greenhouse technology is popularized and applied, which mainly integrates biogas, breeding, planting, and fattening, but there are incomplete indoor biological chain construction and recycling. Poor performance, poor environmental protection and energy saving; there are also some new photovoltaic greenhouses, which have many problems such as low land utilization, low photovoltaic power generation, poor insulation effect of greenhouses, and imbalance of light ratio required by plants in the greenhouses.

In addition, the above-mentioned types of greenhouses all rely on human supervision and maintenance to a certain extent, the amount of maintenance is large, and the maintenance is not timely, which weakens the greenhouse effect of the greenhouse.

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