Ecological circulation type rice field photovoltaic duck shed

Abstract

The invention discloses an ecological circulation type rice field photovoltaic duck shed. The ecological circulation type rice field photovoltaic duck shed comprises a duck shed body, a rice field anda sunlight composting room, wherein the duck shed body comprises a ceiling and stand columns; the two sides and the rear portion of the duck shed body are walls; a padding fermentation bed is arranged on the bottom face of the interior of the duck shed body; a plurality of water drinking lines are fixed below the position, close to the center, in one side wall of the duck shed body; and two nipple type water-saving drinking bowls for ducks are arranged at the bottom of each of the plurality of drinking lines. According to the ecological principle, a rice-duck co-cropping mode is adopted, thesymbiotic mutual benefit relation between animals and plants is ingeniously utilized, the activity of ducks in a rice field can loosen soil, stimulate rice growth, accelerate absorption of rice to nutrients in soil and water, and ducks prey pests in the rice field and eat weeds, excrement of the ducks can also serve as fertilizer of the rice field; and on one hand, the rice field can provide foodfor the ducks, and on the other hand, metabolism of the ducks and growth of muscles and feathers of duck bodies can be promoted.

Description

technical field [0001] The invention belongs to the technical field of duck houses, in particular to an ecological cycle type rice field photovoltaic duck house. Background technique [0002] In recent years, with the promotion of three-dimensional farming technology, the three-dimensional paddy farming model has gradually become popular across the country. Among them, the rice-duck co-cropping model is not only the inheritance, innovation and development of traditional Chinese duck farming in paddy fields, but also brings out the benefits of paddy fields. Planting, breeding and ecological functions, so that the original single rice production relying on chemical fertilizers and pesticides has been transformed into a modern new agricultural production that utilizes the comprehensive functions of paddy fields and develops a combination of planting and breeding. Duck houses are built on the field ridges for ducks to rest and avoid wind and rain, and when the rice begins to ear...

AI Technical Summary

Problems solved by technology

[0002] In recent years, with the promotion of three-dimensional farming technology, the three-dimensional paddy farming model has gradually become popular across the country. Among them, the rice-duck co-cropping model is not only the inheritance, innovation and development of traditional Chinese duck farming in paddy fields, but also brings out the benefits of paddy fields. Planting, breeding and ecological functions, so that the original single rice production relying on chemical fertilizers and pesticides has been transformed into a modern new agricultural production that utilizes the comprehensive functions of paddy fields and develops a combination of planting and breeding. Duck houses are built on the field ridges for ducks to rest and avoid wind and rain, and when the rice begins to ear, the ducks need to be brought back to the duck houses for breeding. At present, most of the duck houses built next to the rice fields that adopt the rice-duck co-cropping mode are too simple. On the one hand The pens are simple and simple, and there are no sewage facilities. After the ducks return to the land, they are scattered and disorderly, and the manure produced pollutes the surrounding environment. The rich content of nitrogen, phosphorus and potassium in duck manure also causes a waste of nutrient resources. On the other hand , the large area of ​​the roof of the duck house that is in direct contact with the sun is wasted, and the energy utilization rate is low. Therefore, it is urgent to build an ecological cycle photovoltaic duck house that integrates rice, ducks, power generation, and organic fertilizer to solve the above problems

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