Automatic Watering System for Plants with IoT Monitoring and Notification

Waworundeng, Jacquline; Suseno, Novian Chandra; Manaha, Roberth Ricky Y

doi:10.31154/cogito.v4i2.138.316-326

Cited by 23 publications

(11 citation statements)

References 5 publications

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“…A group of researchers [11] from the Universitas Klabat in Indonesia found out that automating water supply to plants maintained the soil moisture at an average of 62%. Their prototype consists of soil moisture sensors, Wemos D1 Microcontroller WiFi enabled, Relay, and solenoid valve.…”

Section: Review Of Related Literaturementioning

confidence: 99%

IoT based Date Palm Water Management System Using Case-Based Reasoning and Linear Regression for Trend Analysis

Canlas¹,

Falahi²,

Nair³

2022

IJACSA

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Palms trees (Phoenix dactylifera L.), Al Nakheel in Arabic are known to have cultural and economic importance to Gulf and Arabic-speaking countries. However, using the traditional method of cultivation, improper use, and depletion of water is perceived as the major challenge as farmers used almost two and a half times the required amount without considering numerous factors. This paper attempts to develop an implementation model of a water management system for Date Palm Trees using Case Based-Reasoning. The said model involves an IoT-based module comprised of NodeMCU, soil moisture, temperature, and humidity sensors that automate the settings of the water amount for the whole year based on palm age, temperature, air humidity, and soil moisture. CBR calculates the amount of water supplied to palm trees (based on initial knowledgebase cited from previous empirical studies) and stores it in a cloud-based database. These data and hardware status can be accessed using a mobile application. When the temperature or soil moisture sensor fails, data trends are retrieved from the database and processed using Linear Regression Analysis. The test results have shown that the proposed model helped in a significant decrease in water consumption compared to the traditional method.

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Section: Review Of Related Literaturementioning

confidence: 99%

IoT based Date Palm Water Management System Using Case-Based Reasoning and Linear Regression for Trend Analysis

Canlas¹,

Falahi²,

Nair³

2022

IJACSA

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“…Penggunaan web interface yang dibangun sendiri memudahkan untuk melakukan pengembangan sistem misalnya dengan menambah pengguna dan kebun tanpa harus melakukan perubahan terhadap source codenya. Berbeda dengan yang dilakukan oleh [12] yang menggunakan Thing Speak sebagai web interfacenya. Selain itu berdasarkan pengamatan pertumbuhan tanaman stroberi menunjukkan bahwa tanaman yang diberikan pengairan otomatis berbasis Internet of Things (IoT) tumbuh lebih baik jika dibandingkan dengan tanaman yang diberikan pengairan secara manual.…”

Section: B Pembahasanunclassified

Sistem Monitoring Suhu dan Pengairan Otomatis Pada Tanaman Stroberi Berbasis Website

Farizi

Susanto²,

Atmadji³

et al. 2021

J-TIT

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Abstract— Strawberry plants need a certain amount of soil moisture to thrive. In the process of watering strawberry plants, farmers have to go to the garden every day to do watering and monitor the condition of the garden manually, the process of watering manually is like using a bucket and a pitcher, this process is a waste of energy and time, if the farmer's house is far from the garden , farmers or cultivators must make observations when the time is right for watering according to the soil conditions of the strawberry plant. This research implements a website-based automatic temperature monitoring and irrigation system where the website can be accessed via the public Internet network, not only on the local network. The results of observations on the growth of strawberry plants showed that plants that were given automatic irrigation based on the Internet of Things (IoT) grew better when compared to plants that were given manual irrigation. Keywords—strawberry; monitoring; temperature; waterring; microcontroller; Internet of Things. Abstrak— Tanaman stroberi membutuhkan kelembapan tanah tertentu agar dapat berkembang dengan baik. Pada proses penyiraman tanaman stroberi, petani harus pergi ke kebun setiap hari untuk melakukan penyiraman dan memonitoring kondisi kebun secara manual, proses penyiraman secara manual seperti menggunakan ember dan teko kocor, proses ini sangatlah membuang tenaga dan juga waktu, apabila rumah petani jauh dari kebun tersebut, petani atau pembudidaya harus melakukan pengamatan kapan waktu yang tempat untuk melakukan penyiraman sesuai dengan kondisi tanah dari tanaman stroberi. Penelitian ini mengimplementasikan sistem monitoring suhu dan pengairan otomatis berbasis website dimana website dapat diakses melalui jaringan publik Internet bukan hanya di jaringan lokal. Hasil pengamatan pertumbuhan tanaman stroberi menunjukkan bahwa tanaman yang diberikan pengairan otomatis berbasis Internet of Things (IoT) tumbuh lebih baik jika dibandingkan dengan tanaman yang diberikan pengairan secara manual. Keywords—stroberi; monitoring; suhu; pengairan; mikrokontroller; Internet of Things.

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“…Penelitian terkait sistem pemantauan seperti pada pemantauan asap [19], sistem pengontrolan suhu dan intensitas cahaya [20], sistem pemantauan kualitas udara [21], sistem penyiraman tanaman [22], sistem pemantauan tekanan udara [23] maupun sistem keamanan [24], [25], [26]. Sistem-sistem tersebut menggunakan mikrokontroler dan sensor untuk melakukan fungsi pemantauan dan pengontrolan dengan fungsi khusus yang dapat memberikan informasi maupun notifikasi sesuai dengan parameter yang terdeteksi dan diproses oleh sistem tersebut.…”

Section: K Penelitian Terkaitunclassified

E-Water System: Prototipe Pemantauan Debit Air Berbasis Android

Waworundeng

Tombeng

Cliff

et al. 2019

CogITo Smart Journal

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AbstrakPerusahaan penyedia air menyediakan dan menyalurkan air bersih kepada pelanggan. Secara khusus di Perumahan Agape Griya terdapat beberapa faktor yang menjadi masalah dalam penyaluran air bersih. Masalah yang terjadi seperti ketidaksesuaian dan kesalahan pencatatan jumlah pemakaian air dengan total tagihan yang dibayarkan pelanggan. Masalah lainny terkait dengan petugas lapangan yang setiap akhir bulan harus berjalan kaki untuk memeriksa dan mencatat penggunaan air disetiap rumah pelanggan. Sebagai solusi untuk permasalahan tersebut dirancang E-water system yang terdiri atas prototipe alat pemantauan debit air, aplikasi berbasis Android dan website. Perancangan dilakukan dengan metode Prototyping dan sistem dibuat menggunakan Water Flow Sensor dan Arduino Uno R3, modul Bluetooth, MIT App Inventor, dan Firebase. Berdasarkan hasil uji coba, prototipe alat dapat menghitung debit air kemudian mengirimkan data hasil kalkulasi pemakaian air ke aplikasi Android melalui modul Bluetooth. Aplikasi Android E-water dapat menerima data, menampilkan informasi dan mengirim data ke database. E-water system juga dilengkapi dengan web application yang berfungsi untuk menampilkan informasi yang tersimpan di database. E-water system berpotensi untuk membantu pelanggan dan perusahaan air dalam pemantauan penggunaan air maupun perhitungan biaya penggunaan air yang dibayarkan setiap bulan. Kata kunci-Mikrokontroler, Water Flow Sensor, Android, Bluetooth, E-water System. AbstractWater company rolled as water provider and distributor to customer. Agape Griya as a housing contractor and developer have some issues in distributing water. First issues deals with error in recording water discharge which lead to the total cost paid by the customer is not suitable with the water consumed. Second issues related with inefficient time of water officer to survey, check and record the water discaharge for each house every month. As a solution, E-water system is built which consist of prototype device, Android application and website. Designed by prototyping method, the system and device use water flow sensor, microcontroller Arduino Uno R3, Bluetooth module, MIT App Inventor, and Firebase. Based on testing result, the prototype device can calculate water discharge and it's cost which then sent to client's Android smartphone using Bluetooth module. Android E-water app can get data, display the information and uploaded to the database. E-water system has a web application which can be accessed and functioned to display the information in the database. E-water system potentially can be used to help the customer and water company in case of monitoring the water debit and the cost to be paid every month.

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Automatic Watering System for Plants with IoT Monitoring and Notification

Cited by 23 publications

References 5 publications

IoT based Date Palm Water Management System Using Case-Based Reasoning and Linear Regression for Trend Analysis

IoT based Date Palm Water Management System Using Case-Based Reasoning and Linear Regression for Trend Analysis

Sistem Monitoring Suhu dan Pengairan Otomatis Pada Tanaman Stroberi Berbasis Website

E-Water System: Prototipe Pemantauan Debit Air Berbasis Android

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