采用风能和太阳能混合动力系统的自动化温室垂直农业

Jovencio V. Merin, R. Reyes, Rovenson V. Sevilla, J. Caballero, Tony Rey P. Dela Cuesta, Ronnel John M. Paredes, Raymond M. Pastor, Rickson T. Ramos, Giovanni O. Tandog
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引用次数: 1

摘要

温室是一种墙壁和屋顶主要由透明材料制成的结构,需要控制气候条件的植物在其中生长。此外,这需要人类的关怀和协助,以便能够执行一些重要的温室过程,如灌溉和通风,以实现持续运行。为了最大限度地实现这一目标,尽量减少人力的支持和干预,最好实现温室的全自动化。它配备了一个集成的温度控制系统,用于其通风,以保持工厂所需的所需温度。灌溉系统由潜水泵构成,潜水泵将水从蓄水池泵到水管系统,水向下流到不同的垂直植物安装管道,这些管道包含不同的植物。最后,水回到水库,它来自和保存。灌溉系统还提供了一个定时器,以满足必要的浇水要求。温室有一个离网电力系统,由太阳能和风能驱动,可以独立运行。最后,它使用垂直农业技术,与传统农业相比,在给定的土地面积上,植物产量增加了几倍。随着系统的发展,这提高了作物的质量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Automated Greenhouse Vertical Farming With Wind and Solar Hybrid Power System
Greenhouse is a structure with walls and roof made chiefly of transparent materials, in which plants requiring controlled climatic conditions are grown. Also, this requires human care and assistance to be able to perform some significant greenhouse processes such as irrigation and ventilation, for continuous operation. In order to achieve such goal to the fullest and minimize manpower support and intervention, it is best to make the greenhouse fully automated. It is provided with an integrated temperature control system for its ventilation to maintain the desired temperature needed by the plant. The watering system has been constructed with submersible pump that pumps water from the water reservoir up to the water piping system and the water flows down to the different vertical plant mount tubings that contain the different plants. Finally, the water returns to the reservoir it came from and it is being conserved. The irrigation system is also provided by a timer for the necessary watering requirement. The greenhouse has an off-grid power system, which is solar, and wind powered, and can stand alone. Finally, it uses vertical farming technology that increases plant production several time for a given land area as compared to the conventional. With the developed system, this improves the quality of crops.
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