Indoor Hydroponic System Using IoT-Based LED

Atmadja, Wiedjaja; Alexander, Ivan; Dewanto, Satrio; Nugraha, Adela Cahya; Gokparulian, Stefan

doi:10.1088/1755-1315/998/1/012048

“…[12] Proposes an energy efficient design for smart agriculture with cloud-edge-fog layer structure. For home grown indoor plants, [13] and [14][15] presents the IoT hydroponic set up with LED lights and vertical test beds. With a distinct approach of involving micro fluids, authors in [16] come up with a system using microfluidic based soil nutrition detection unit for measuring pH, EC and nitrate contents in soil using Arduino Atmega.…”

Section: Literature Reviewmentioning

confidence: 99%

Smart Hydroponic Systems: Optimizing Nutrient Levels with IoT Connectivity

Vinaya Gohokar, Kunal Kulkarni

2024

jes

0

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Maintaining precise nutrient levels is essential for the thriving success of hydroponic systems. This comprehensive study delves into the intricate interplay of climatic conditions and nutrients, meticulously analysing various parameters like Total Dissolved Solids (TDS), pH, and electrical conductivity (EC) within a sophisticated smart hydroponic vertical Nutrient Film Technique (NFT) setup designed for leafy greens. The innovative system integrates a wireless sensor network and Internet of Things (IoT) connectivity, employing ESP32 microcontrollers as the primary unit alongside complementary hardware components for continuous and real-time monitoring of critical nutrient parameters. The investigation delves into the dynamic relationship between environmental factors and the growth patterns of spinach plants. Through a thorough examination of the extensive dataset gathered via deployed sensors, the study unveils variations in environmental parameters throughout various stages of plant development, including germination and root establishment. The study aims to elucidate the significance of each parameter in optimizing plant growth in hydroponic environments by analysing data associations. Results show higher Total Dissolved Solids (TDS) values correlate with better plant growth, while reduced pH levels harm plants. These findings are crucial for interpreting disease symptoms, aiding farmers in identifying issues early and optimizing yields. Understanding how nutrient values affect plant health enables proactive problem-solving. This research provides valuable insights into smart hydroponic systems, informing precision agriculture decisions.

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“…[12] Proposes an energy efficient design for smart agriculture with cloud-edge-fog layer structure. For home grown indoor plants, [13] and [14][15] presents the IoT hydroponic set up with LED lights and vertical test beds. With a distinct approach of involving micro fluids, authors in [16] come up with a system using microfluidic based soil nutrition detection unit for measuring pH, EC and nitrate contents in soil using Arduino Atmega.…”

Section: Literature Reviewmentioning

confidence: 99%

Smart Hydroponic Systems: Optimizing Nutrient Levels with IoT Connectivity

Kunal Kulkarni

2024

jes

0

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Maintaining precise nutrient levels is essential for the thriving success of hydroponic systems. This comprehensive study delves into the intricate interplay of climatic conditions and nutrients, meticulously analysing various parameters like Total Dissolved Solids (TDS), pH, and electrical conductivity (EC) within a sophisticated smart hydroponic vertical Nutrient Film Technique (NFT) setup designed for leafy greens. The innovative system integrates a wireless sensor network and Internet of Things (IoT) connectivity, employing ESP32 microcontrollers as the primary unit alongside complementary hardware components for continuous and real-time monitoring of critical nutrient parameters. The investigation delves into the dynamic relationship between environmental factors and the growth patterns of spinach plants. Through a thorough examination of the extensive dataset gathered via deployed sensors, the study unveils variations in environmental parameters throughout various stages of plant development, including germination and root establishment. The study aims to elucidate the significance of each parameter in optimizing plant growth in hydroponic environments by analysing data associations. Results show higher Total Dissolved Solids (TDS) values correlate with better plant growth, while reduced pH levels harm plants. These findings are crucial for interpreting disease symptoms, aiding farmers in identifying issues early and optimizing yields. Understanding how nutrient values affect plant health enables proactive problem-solving. This research provides valuable insights into smart hydroponic systems, informing precision agriculture decisions.

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“…Jumiyatun, dkk, dalam penelitiannya yang berjudul Rancang Bangun Sistem Kendali Penanaman Tumbuhan Hortikultura Di Dalam Ruangan Tertutup menjelaskan bahwa alat yang dirancang dapat digunakan untuk mempercepat pertumbuhan tanaman hortikultura di dalam ruangan tertutup tanpa pengaruh cahaya matahari [7]. Sebagai pengganti cahaya matahari dapat menggunakan lampu grow light yang memiliki ultraviolet [8] untuk membantu tanaman dalam melakukan proses fotosintesis. Sedangkan untuk mendeteksi suhu dan kelembapan ruangan menggunakan sensor.…”

Section: Kajian Literaturunclassified

Pemantauan Kangkung di Dalam Showcase Hidroponik Cerdas Menggunakan Teknologi Internet of Things

Exaudi,

Prasetyo,

Sembiring

et al. 2023

generic

0

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Bercocok tanam menggunakan teknik hidroponik memberikan kontribusi baru bagi dunia pertanian terutama dalam penggunaan media air dan tidak membutuhkan lahan yang luas. Teknik ini telah banyak di implementasi sebagian masyarakat umum selain petani untuk budidaya sayuran segar di lingkungan rumahnya. Dengan menerapkan teknologi Internet of Things pada sistem hidroponik, pertumbuhan sayuran yang dibudidaya dapat dengan mudah di pantau dari jarak jauh menggunakan perangkat smartphone. Tujuan dari penelitian ini adalah membangun sistem pemantauan budidaya hidroponik yang diimplementasikan pada purwarupa smart showcase cerdas dan digunakan khusus didalam ruangan. Sistem pemantauan yang dirancang berbasis webserver dan menggunakan platfom IoT Thingsboard untuk visualisasi parameter berbasis grafik. Teknik mengumpulkan data secara online menggunakan google spreedsheet. Thingsboard sebagai user interface untuk memvisualisasikan parameter yang dipantau dalam bentuk grafik. Parameter yang dipantau adalah suhu, kelembapan didalam dan luar showcase dan kontrol lampu grow light sebagai pengganti intensitas cahaya matahari. Penelitian ini telah berhasil membuktikan bahwa pertumbuhan sayuran didalam showcase hidroponik cerdas dapat dipantau dari jarak jauh secara realtime. Pemantauan dilakukan selama ± 18 jam/hari dengan waktu pengambilan data selama 7 hari. Dalam proses pengambilan data terdapat error data 3.25% yang disebabkan koneksi internet terputus pada waktu yang berbeda-beda. Namun ini tidak menyebabkan kegagalan yang signifikan terhadap proses monitoring. Hal ini dibuktikan dengan 8 batang kangkung yang di uji, terdapat 4 batang yang mengalamai gagal tumbuh mulai dari hari ke 4 dan 4 batang lainya tumbuh dengan sempurna.

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Indoor Hydroponic System Using IoT-Based LED

Cited by 10 publications

References 7 publications

Smart Hydroponic Systems: Optimizing Nutrient Levels with IoT Connectivity

Smart Hydroponic Systems: Optimizing Nutrient Levels with IoT Connectivity

Smart Hydroponic Systems: Optimizing Nutrient Levels with IoT Connectivity

Pemantauan Kangkung di Dalam Showcase Hidroponik Cerdas Menggunakan Teknologi Internet of Things

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