Monitoring System of Humidity Environmental on Chilli Red Green House Aeroponic System

Joint proceedings of the 2nd and the 3rd International Conference on Food Security Innovation (ICFSI 2018-2019) Pub Date : 2021-03-04 DOI:10.2991/ABSR.K.210304.028

Alimuddin, D. Aryanto, D. Subrata, R. Khastini, Nurmayulis, R. Arafiyah, I. Saraswati

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引用次数: 1

Abstract

- The research aims at monitoring the humidity of chilli plants on aeroponic growing media in greenhouses. The aeroponic system is used because of limited land for planting chili, while the Greenhouse is designed to manipulate the climate needed for chili plants to be able to grow optimally to produce chili with good quality and quantity. Moisture measurements are carried out using the DHT11 sensor connected to Arduino Mega 2560. The humidity value is monitored in the morning, afternoon and evening. The moisture value read by the DHT11 sensor is displayed on the 16x2 LDC (Liquid Crystal Display) found on the aeroponic table to make it easier to observe the moisture values needed by chili plants. The monitoring results are 3 morning conditions between 83% -95%, Daytime 63% -79%, Afternoon 78% -84% This is the material of knowledge before exercising humidity control according to the aeroponic setpoint in the greenhouse.

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辣椒大棚气培系统湿度环境监测系统

-本研究旨在监测温室气培培养基上辣椒植株的湿度。使用气培系统是因为种植辣椒的土地有限，而温室的设计是为了控制辣椒植物生长所需的气候，从而生产出质量和数量都好的辣椒。湿度测量使用连接到Arduino Mega 2560的DHT11传感器进行。在上午、下午和晚上监测湿度值。DHT11传感器读取的水分值显示在气培台上的16x2液晶显示器上，便于观察辣椒植株所需的水分值。监测结果为上午83% -95%，白天63% -79%，下午78% -84%。这是温室内根据气培设定值进行湿度控制前的知识资料。

本文章由计算机程序翻译，如有差异，请以英文原文为准。

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Joint proceedings of the 2nd and the 3rd International Conference on Food Security Innovation (ICFSI 2018-2019)

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