INKUBATOR PEMELIHARAAN ANAK AYAM MENGGUNAKAN SENSOR SUHU DAN TENAGA SURYA BERBASIS IOT

Y. Sari, Kurnia Paranita Kartika Riyanti, Zunita Wulansari
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Abstract

The development of free-range chickens has several obstacles, including low productivity, small scale, the way to overcome the limitations of free-range chickens is to apply a separate breeding process from the parent by means of an incubator. The goal in the incubator is to produce more chicks. This study aims to provide convenience for farmers. Because this automation tool can make it easier for farmers to maintain and care for chicks, because basically chick incubators do require special maintenance and the use of IoT in the electronics world has been very much and is still growing. The use of IoT has penetrated almost all human activities such as livestock, agriculture, fisheries and various household appliances. The function of IoT itself in these fields is to simplify human work, monitor various equipment remotely and increase the effectiveness of the tool. So the pins took the title Chicken Care Incubator Using Temperature Sensors And Solar Power Based On Iot using NodeMCU microcontrollers, temperature sensors, voltage sensors, batteries, solar panels, relays, lights. The method used for research is Research and Development (R&D). The researcher used the XAMPP application and opened a web page to find out the system in the chick rearing incubator automatically values ​​the battery voltage, temperature, lights on and off and time. The results of the design of the chick rearing incubator are automatically successful with a percentage of 100%. The results of the validator test are 87.5% and chicken breeders are 96.25%.
小鸡的保育箱使用了大量的温度传感器和太阳能
散养鸡的发展存在着生产力低、规模小等障碍,克服散养鸡局限性的方法是通过孵化器的方式与母鸡分开饲养。在孵化器里的目标是孵出更多的小鸡。本研究旨在为农民提供便利。因为这种自动化工具可以使农民更容易维护和照顾小鸡,因为基本上小鸡孵化器确实需要特殊的维护,并且物联网在电子世界中的使用已经非常多,并且仍在增长。物联网的使用已经渗透到几乎所有的人类活动,如畜牧业、农业、渔业和各种家用电器。物联网本身在这些领域的功能是简化人力工作,远程监控各种设备,提高工具的有效性。因此,这些引脚取名为“基于物联网的温度传感器和太阳能的养鸡孵化器”,使用了NodeMCU微控制器、温度传感器、电压传感器、电池、太阳能电池板、继电器和灯。用于研究的方法是研究与开发(R&D)。研究人员利用XAMPP应用程序,打开了一个网页,了解了养鸡孵化器中的系统自动计算电池电压、温度、灯的开关和时间。该孵鸡箱的设计结果自动成功,成功率100%。验证试验的合格率为87.5%,种鸡者合格率为96.25%。
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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