设计牡蛎蘑菇栽培的微型控制室

Mahmud Idris, Sigit Kurniawan, Rizki Ramadhoni
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引用次数: 0

摘要

本研究的重点是设计和控制室内微型模型,以降低室温和增加平菇栽培的湿度值。这个微型控制室的设计是能够保持平菇所需的15-35°C的温度和50-80%的湿度。为了保持培养室的温度和湿度,需要一个工具,以雾机和风扇的形式,以及DHT 11传感器。DHT 11传感器检测房间周围的温度和湿度,根据模糊控制器和制雾器给出的驱动信号,由直流电机带动冷却风扇转动。产生露水或增加房间湿度的功能,如果实际湿度值低于85%,则制雾机将被激活,但如果实际湿度值高于85%,则制雾机本身将不被激活。在2小时的温湿度实验结果中,初始温度为29℃,湿度为81%,为初始温度设定值为26℃,湿度为80%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Rancang Bangun Miniatur Control Room Pada Budidaya Jamur Tiram
This research focuses on the design and control room miniatures to reduce room temperature and increase humidity values in oyster mushroom cultivation. This miniature control room is designed to be able to maintain a temperature of 15-35°C and 50-80% humidity required by oyster mushrooms. In maintaining the temperature and humidity of the cultivation room, a tool is needed in the form of a fog maker and fan as well as a DHT 11 sensor. The DHT 11 sensor detects the temperature and humidity around the room and the cooling fan will be rotated by a DC motor according to the drive signal given by the fuzzy logic controller and the mist maker. functions to produce dew or increase the humidity of the room, the mist maker will be active if the actual value of humidity is below 85%, but if the actual value of humidity is above 85% then the mist maker itself will not be active. In the results of the temperature and humidity experiment for 2 hours, the initial temperature was 29°C and 81% humidity, for the initial temperature set point value was 26°C and 80% humidity.
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