土耳其温室气候控制与灌溉自动化系统的比较研究

Turgut Felek, Ahmet Kürklü
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引用次数: 0

摘要

现代温室农业以其集约化的植物生产能力和采用无土农业技术的工业化先进结构而备受关注。温室的有效管理和运行需要计算机、微处理器控制的信息处理和自动化系统。为了满足需求,根据植物种类计划在无土现代化大棚生产;需要信号感应、加热、通风、遮阳、灌溉、施肥、雾冷却、二氧化碳施肥和温室一般气候控制系统等设备。根据工厂的需要,子设备(适用于在温室中获得所需的正确气候条件),如屋顶窗户,加热,灌溉,冷却,遮阳,风扇通风应根据来自传感器的信号工作。本研究对土耳其不同地区的5家温室企业的4种不同商业自动化系统(Priva、Hortimax、Hoogendoorn和Karaca)的数据进行了分析,并获得了截图。对获得的数据进行了比较,并从易用性、性能、测量元素、容量等方面进行了评价。这项研究将在秘密农业的下一阶段为各国的温室经济提供附加价值,因为它将有助于了解温室自动化并随后开发新系统。这也将有助于温室投资者在选择温室自动化系统时做出正确的选择。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Climate Control and Irrigation Automation Systems in Turkish Greenhouses: A Comparative Study
Today's modern greenhouse agriculture draws attention with its intensive plant production capacity and industrially advanced structure in which soilless agriculture technology is used. Computer, microprocessor-controlled information processing and automation systems are needed for the effective management and operation of greenhouses. In order to meet the demands according to the plant species planned to be produced in soilless modern greenhouses; Equipment such as signal-sensing, heating, ventilation, shading, irrigation, fertilization, fogging-cooling, carbon dioxide fertilization and greenhouse general climate control system are needed. According to the needs of the plant, sub-equipment (suitable for obtaining the correct climate conditions desired in the greenhouse) such as roof windows, heating, irrigation, cooling, shading, fan ventilation should work according to the signals coming from the sensors. In this study, the data of 4 different commercial automation systems (namely Priva, Hortimax, Hoogendoorn and Karaca) in 5 greenhouse enterprises in different parts of Turkey were examined and screenshots were obtained. The data obtained were compared with each other and evaluated in terms of ease of use, performance, measured elements, capacity etc. This research will provide added value to the greenhouse economy of countries in the next stages of undercover agriculture, as it will serve to understand greenhouse automation and subsequently to develop new systems. It will also be helpful to the greenhouse investors to make the right choice while choosing a greenhouse automation system.
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