Automatic control plant cultivation greenhouse

Abstract

The invention discloses an automatic control plant cultivation greenhouse. The automatic control plant cultivation greenhouse includes a left support and a right support which are arranged on a ground surface in parallel; the tops of the left support and the right support are connected through a greenhouse roof; solar cell panels are arranged on the greenhouse roof; a plurality of pipelines are arranged on a ground surface between the left support and the right support at intervals; the plurality of pipelines are provided with a plurality of branch pipes at intervals; an ends of the branch pipes are provided with humidification nozzles; electric windows are formed in the right support; a connection plate is arranged on a position between the left support and the right support, under the greenhouse roof; the connection plate are connected to the left support, the right support and the greenhouse roof; a skylight is formed in the connection plate; the skylight is provided with fans; a plurality of led lamps are arranged below the greenhouse roof; and an accumulator is arranged on the inner side of the connection plate and under the skylight. The solar cell panels and the accumulator can achieve solar power which is independent, environment-friendly and safe; and an electric energy resource can be saved.

Description

technical field [0001] The invention belongs to the technical field of plant cultivation, and in particular relates to an automatic control plant cultivation greenhouse. Background technique [0002] Existing plant cultivation includes traditional soil planting and soilless cultivation. Traditional soil planting is limited by geographical environment and climatic factors, and usually only corresponding plants can be planted in the seasons corresponding to the climate. Soilless cultivation is not affected by geographical environment and climatic factors. It can cultivate required plants in any season, that is, it can cultivate off-season crops. However, soilless cultivation needs to configure nutrient solution, which requires high technical factors and complicated seedling equipment. ,higher cost. At present, the above two plant cultivation methods are still extensive planting. In the process of plant growth, due to the lack of real-time detection devices and control device...

AI Technical Summary

Problems solved by technology

Traditional soil planting is limited by geographical environment and climatic factors, and usually only corresponding plants can be planted in the season corresponding to the climate

Soilless cultivation is not affected by geographical environment and climatic factors. It can cultivate required plants in any season, that is, it can cultivate off-season crops. However, soilless cultivation needs to configure nutrient solution, which requires high technical factors and complicated seedling equipment. ,higher cost

At present, the above two plant cultivation methods are still extensive planting. During the plant growth process, due to the lack of real-time detection devices and control devices, plants sometimes lack water, etc.

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