Watering mushroom plants manually or with human power is currently not effective. This is a problem for mushroom farmers, because every time the temperature and humidity in the mushroom cultivation room increases, that's when the farmers have to water their mushroom plants. An alternative that can be an option to overcome this problem is to use a mushroom plant sprinkler remotely. The design of the tool used in this study is a remote mushroom sprinkler machine that uses Arduino as a programming tool and is combined with DHT11 temperature and humidity sensors and uses NodeMCU ESP8266 as an internet network connection. Based on the results of this research analysis, the machine can be turned on remotely via an Android cellphone. As well as getting the error accuracy results between the Hunidity and Temperature Sensor (DHT 11) temperature and humidity sensors with the Thermo Hygrometer Clock (HTC-1) sensor in the form of a percentage.

Machine, Arduino, Internet

Andrianto, H. dan Darmawan, A. 2016. Arduino Belajar Cepat dan Pemrograman. Penerbit Informatika : Bandung.

Djuandi, F. 2011. Pengenalan Arduino. Penerbit Elexmedia: Jakarta.

Gunawan, A.W. 2000. Usaha Pembibitan Jamur. Jakarta: Penebar Swadaya

Romdloni, M.S., Haryanto., Alfita, R., Nahari, R.V. 2017. Prototype Sistem Monitoring dan Pengendalian Pintu Air Otomatis Sebagai Peringatan Dini Bahaya Banjir Berbasis Internet of Things. Seminar Nasional Matematika dan Aplikasinya. 21 Oktober 2017. Universitas Erlangga. Surabaya.

Syahwil, M., 2013. Panduan Mudah Simulasi dan Praktik Mikrokontroler Arduino. Penerbit Andi Yogyakarta.

Yahwe, P.C., Isnawaty., Aksara, F.M. 2016. Rancang Bangun Prototype System Monitoring Kelembaban Tanah Melalui Sms Berdasarkan Hasil Penyiraman Tanaman Studi Kasus Tanaman Cabai Dan Tomat. Vol. 2(1) : 97-110.