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So far, watering plants is done manually. However, sometimes humans do not have enough time to water plants and do not know how much water is needed by plants. Therefore, an automatic plant watering system was created to maintain plant quality, save time and save energy. This tool is made because everyone is not necessarily able to water plants properly and correctly, because it takes knowledge of the procedures for watering the plants themselves so they don't die easily and grow fast. This research was conducted by designing a structure that can water plants automatically using a capacitive soil moisture sensor v2.0 humidity sensor which is controlled by Arduino Uno and displayed through a 16x2 I2c display according to soil moisture and pH. The plant sprinkler system that has been made can water the plants automatically. The display screen will display the value of the soil condition whether dry, moist or wet according to the readings from the soil moisture sensor.


Keywords: Arduino Uno; capacitive soil moisture sensor v2.0; Humidity Sensor; Soil pH.


Arduino Uno; capacitive soil moisture sensor v2.0; Sensor Kelembaban; pH tanah

Article Details


  1. (1) Chusniati
  2. Dhonny.(2017).Rancang
  3. Bangun Sistem Penyiraman
  4. Tanaman Anggrek
  5. Dendrobium Menggunakan
  6. Sensor SHTII Pada Fase
  7. Pembungaan. Jurnal Teknik
  8. Vol 15(1):51-60, ISSN 1412-
  9. 1867
  10. (2) Fadhil, dkk.(2015). Rancang
  11. Bangun Prototype Alat
  12. Penyiraman Otomatis dengan
  13. Sistem Timer RTC DS1307
  14. Berbasis Mikrokontroler
  15. ATMega16 pada Tanaman
  16. Aeroponik. Jurnal Keteknikan
  17. Pertanian Tropis dan Biosistem
  18. Vol 3(1):37-43
  19. (3) Gunawan.,Marliana
  20. Sari.(2018).Rancang Bangun
  21. Alat Penyiram Tanaman
  22. Otomatis Menggunakan
  23. Sensor Kelembaban Tanah.
  24. Journal Of Electrical
  25. Technology Vol 3(1):13-17
  26. (4) Hardjowigeno, Sarwono.
  27. (2010). Ilmu Tanah. Jakarta:
  28. Akapres
  29. (5) Kadir, A. (2013). Panduan
  30. Praktis Mempelajari Aplikasi
  31. Mikrokontroler dan
  32. Pemrogramannya
  33. menggunakan Arduino.
  34. Yogayakarta: Andi
  35. Komputindo
  36. (6) Nasrullah, dkk. (2011).
  37. Rancang Bangun Sistem
  38. Penyiraman Secara Otomatis
  39. Menggunakan Sensor Suhu
  40. LM35 Berbasis
  41. Mikrokontroler ATMega8535.
  42. Jurnal Rekayasa dan Teknologi
  43. Elektro Vol 5(2):183-192