Please use this identifier to cite or link to this item: https://repository.uksw.edu//handle/123456789/26321
Title: Kandang Ayam Pintar Berbasis IoT (Internet of Things)
Authors: Ariyanto, Yusuf
Keywords: IoT;Mikrokontroler;Kandang;Internet of Things;ESP32;Kandang Ayam
Issue Date: 29-Aug-2022
Abstract: Ayam broiler menjadi ternak unggas yang potensial di Indonesia, dengan pertumbuhan cepat, kebutuhan pakan rendah serta siap dipotong pada usia 28-45 hari. Dalam memelihara ayam broiler perlu memperhatikan ketersediaan air minum, pakan serta suhu kandang yang harus ideal sesuai tingkatan umurnya. Hal ini membuat peternak harus sering memantau kandang dan ini memerlukan tenaga lebih. Berdasarkan masalah tersebut, maka dibangun alat untuk mengontrol suhu kandang, memberi pakan terjadwal serta air minum otomatis untuk mempermudah peternak. Alat yang dibangun memanfaatkan Internet of Things (IOT) serta platform IoT dari Telkom Indonesia yaitu Antares sehingga peternak dapat memonitoring kandang melalui ponsel. Pada perancangan alat terdapat Node MCU esp32 sebagai mikrokontroler untuk mengontrol sensor serta mengirimkan data dari sensor ke Antares. Berdasrakan hasil percobaan alat berhasil menyesuaikan suhu sesuai dengan suhu ideal berdasarkan tingkatan umur ayam, lampu menyala dan kipas mati ketika suhu terlalu rendah kemudian lampu akan mati dan kipas menyala ketika suhu terlalu tinggi, dan kipas serta lampu mati ketika suhu mencapai titik idealnya. Air minum otomatis berhasil dilakukan ketika air minum dan sensor berjarak lebih dari 5 cm dan berhenti mengisi ketika mencapai 5 cm. Pakan terjadwal berhasil dilakukan sesuai jadwal yang ditentukan yaitu pagi dan sore hari.
Broiler chickens are potential poultry in Indonesia, with fast growth, low feed requirements and ready to be slaughtered at the age of 28-45 days. In maintaining broiler chickens, it is necessary to pay attention to the availability of drinking water, feed and the temperature of the cage which must be ideal according to the age level. This makes farmers have to monitor the cage frequently and this requires more energy. Based on these problems, a device was built to control the temperature of the cage, provide scheduled feed and automatic drinking water to make it easier for farmers. The tool that was built utilizes the Internet of Things (IOT) platform IoT from Telkom Indonesia, namely Antares so that farmers canmonitor cages via cellphones. In the design of the tool there is a Node MCU esp32 as a microcontroller to control the sensor and send data from the sensor to Antares. Based on the experimental results, the tool has succeeded in adjusting the temperature according to the ideal temperature based on the age level of the chicken, the light turns on and the fan turns off when the temperature is too low, then the light turns off and the fan turns on when the temperature is too high, and the fan and lights turn off when the temperature reaches the ideal point. Automatic drinking water is successfully performed when the drinking water and sensor are more than 5 cm apart and stops filling when it reaches 5 cm. The scheduled feeding was successfully carried out according to the specified schedule, namely in the morning and evening.
URI: https://repository.uksw.edu/handle/123456789/26321
Appears in Collections:T1 - Electrical Engineering

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