DESIGN OF AIR POLLUTION MONITORING IN TRANGKIL PATI VILLAGE USING RASPBERRY PI BASED ON THE INTERNET OF THINGS
RANCANG BANGUN MONITORING POLUSI UDARA DI DESA TRANGKIL PATI MENGGUNAKAN RASPBERRY PI BERBASIS INTERNET OF THINGS
Kata Kunci:
Internet of Things, Bronchitis, Air Pollution, Callibration, Polusi Udara, Bronkitis, KalibrasiAbstrak
Abstract Air pollution is harmful to living things. Local air pollution must be monitored because it causes many diseases, such as eye irritation and upper respiratory tract infections (URTIs), such as colds, sore throats, and bronchitis. Air quality changes also impact the health of other organisms, air aesthetics, and building integrity. Researchers designed an Internet of Things-based air pollution monitoring tool in Trangkil Pati Village. The research method of the air pollution monitoring tool uses MQ-135 and MQ-136 sensors connected to a Raspberry Pi. Raspberry Pi processes hazardous gas concentration data at 22 locations in Trangkil Village near Trangkil Sugar Factory. Air pollution data is displayed on the SSD1306 OLED LCD and sent to Ubidots. Researchers analyzed the data by creating a line graph based on air quality parameters such as , , and . The research results of the raspberry pi-based air pollution monitoring tool use IoT technology and MQ-135 and MQ-136 sensors to measure , , and around the sugar factory in Trangkil village. Data is taken at 22 points with a distance of 100 meters in four directions. Users can scan the device's barcode to view the data on the Ubidots website. This IoT-based Air Pollution Monitoring Tool in Trangkil Pati Village can monitor , , and in a portable manner and is connected to ubidots via Scan code. The percentage of tool accuracy against the MQ-135 and MQ-136 datasheet calibration formulas is : 94.7%, : 93.494%, and : 93.4%.
Abstrak Pencemaran udara berbahaya bagi makhluk hidup. Polusi udara lokal harus dipantau karena menyebabkan banyak penyakit, seperti iritasi mata dan infeksi saluran pernapasan atas (ISPA) seperti pilek, sakit tenggorokan, dan bronkitis. Perubahan kualitas udara juga berdampak pada kesehatan organisme lain, estetika udara, dan keutuhan bangunan. peneliti merancang alat monitoring polusi udara berbasis Internet of Things di Desa Trangkil Pati. metode penelitian alat monitoring polusi udara menggunakan sensor MQ-135 dan MQ-136 yang terhubung dengan Raspberry Pi. Raspberry Pi mengolah data konsentrasi gas berbahaya di 22 titik lokasi Desa Trangkil dekat Pabrik Gula Trangkil. Data polusi udara ditampilkan di LCD OLED SSD1306 dan dikirim ke Ubidots. Peneliti menganalisis data dengan membuat grafik garis berdasarkan parameter kualitas udara seperti , , dan . Hasil penelitian alat monitoring polusi udara berbasis raspberry pi menggunakan teknologi IoT dan sensor MQ-135 dan MQ-136 untuk mengukur , dan di sekitar pabrik gula di desa Trangkil. Data diambil di 22 titik dengan jarak 100 meter di empat arah. Pengguna dapat scan barcode alat untuk melihat data di website Ubidots. Alat Monitoring Polusi Udara Di Desa Trangkil Pati Berbasis IoT ini dapat memonitor , , dan secara portabel dan terhubung dengan ubidots melalui kode Scan. Persentase akurasi alat terhadap rumus kalibrasi datasheet MQ-135 dan MQ-136 adalah : 94,7%, : 93,494%, dan : 93,4%.
