Rancang Bangun Sistem Monitoring Kelembapan Tanah Dan Intensitas Cahaya Pada Tanaman Microgreen Berbasis IOT

Fathurrozaq, Fadlan (2021) Rancang Bangun Sistem Monitoring Kelembapan Tanah Dan Intensitas Cahaya Pada Tanaman Microgreen Berbasis IOT. Undergraduate Thesis thesis, Institut Teknologi Telkom Purwokerto.

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Abstract

The development of technology in the world is growing rapidly, one of which is the internet of things which has been widely applied in everyday life. Examples of its implementation in agriculture, such as in the process of planting, and plant care are currently still being carried out by farmers. This study designed a tool that can perform watering treatments on microgreen plants that can be connected to an internet connection. Microgreens are small plants that grow in their true leaf phase. The soil moisture sensor is used to determine the humidity in the soil media used for good humidity conditions for plants, namely 30-80%, then for nutrients to replace sunlight using an LED lamp containing 400-500 lumens, and for data transmission using an ESP32 module that has been installed. is in NodeMCU. In this study, we use the MQTT communication protocol which will be connected to the Antares platform to be able to monitor the results of the data that has been obtained. The readings from the soil moisture sensor on the planting media are divided into three, first 30% dry conditions get an average of 3.09%, second 60% medium conditions get an average of 1.79% and the third 80% is wet conditions get an average an average of 3.10%. On the light intensity sensor BH1750, the readings from the two times taken, first with a distance of 10 cm from the lamp to the sensor, it got an average of 0.24% and for a distance of 15 cm from the lamp to the sensor it got an average of 0.09% Furthermore, in observing the performance of the Antares platform delay, it was obtained an average of 1.075 seconds. Keywords: Microgreen, Soil Moisture YL-69, BH1750, NodeMCU 32, MQTT, Antares platform.)

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