ManuScript Details
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Paper Id:
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IJARW2872
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Title:
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APPLICATION OF GEOTHERMAL-SOLAR ENERGY AND AIOT COMBINATION IN BUILDING SMART GREENHOUSES WITH AUTOMATIC CONTROL AND AGRICULTURAL OPTIMIZATION
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| Published in: |
International Journal Of All Research Writings |
| Publisher: |
IJARW |
| ISSN: |
2582-1008 |
| Volume / Issue: |
Volume 7 Issue 6 |
| Pages: |
7
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| Published On: |
12/10/2025 8:26:48 PM (MM/dd/yyyy) |
Main Author Details
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Name:
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Hoang Manh Quynh |
| Institute: |
Dai An Information Technology Center |
Co - Author Details
| Author Name |
Author Institute |
| Vu Gia Quy |
Le Quy Don Secondary School |
| Nguyen Tam Nhu |
Le Quy Don Secondary School |
Abstract
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Research Area:
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Computer Science & Engineering |
| KeyWord: |
Smart Greenhouses, Geothermal, Solar, IoT, AI, Robotics, Precision Agriculture |
| Abstract: |
This study presents the design and evaluation of a multi-technology integrated Smart Greenhouse model to address the challenges of climate variability, energy costs and pest management in precision agriculture, especially in mountainous provinces such as Tuyen Quang - where the temperature range between day and night is large. The system is built on five synchronously operating technology modules. First, Shallow Geothermal Energy is exploited to stabilize the greenhouse temperature based on underground properties to maintain 22–26°C year-round, helping to reduce temperature fluctuations and protect crops. In addition, the system uses entirely Solar Energy to operate fans, sensors and control devices, ensuring energy autonomy and reducing operating costs by 40–60%. The IoT module is responsible for collecting and controlling the environment through temperature, humidity, light and CO₂ sensors, connected to the ESP32-S3 controller to automatically adjust the microclimate. The system also integrates AI Computer Vision to diagnose plant diseases with high accuracy; data from AI is used to activate the Robot to spray pesticides automatically according to the line, helping to treat diseases in the right place and save chemicals. Experimental results show that the model operates stably, significantly improves the microclimate environment and contributes to increasing crop yields. This solution is not only highly applicable to mountainous agriculture but also suitable for smart agriculture and STEM education models |
Citations
Copy and paste a formatted citation or use one of the links to import into a bibliography manager and reference.
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IEEE
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Hoang Manh Quynh, Vu Gia Quy, Nguyen Tam Nhu, "APPLICATION OF GEOTHERMAL-SOLAR ENERGY AND AIOT COMBINATION IN BUILDING SMART GREENHOUSES WITH AUTOMATIC CONTROL AND AGRICULTURAL OPTIMIZATION", International Journal Of All Research Writings,
vol. 7, no. 6, pp. 55-61, 2025.
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MLA
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Hoang Manh Quynh, Vu Gia Quy, Nguyen Tam Nhu "APPLICATION OF GEOTHERMAL-SOLAR ENERGY AND AIOT COMBINATION IN BUILDING SMART GREENHOUSES WITH AUTOMATIC CONTROL AND AGRICULTURAL OPTIMIZATION." International Journal Of All Research Writings,
vol 7, no. 6, 2025, pp. 55-61.
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APA
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Hoang Manh Quynh, Vu Gia Quy, Nguyen Tam Nhu (2025). APPLICATION OF GEOTHERMAL-SOLAR ENERGY AND AIOT COMBINATION IN BUILDING SMART GREENHOUSES WITH AUTOMATIC CONTROL AND AGRICULTURAL OPTIMIZATION. International Journal Of All Research Writings,
7(6), 55-61.
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APPLICATION OF GEOTHERMAL-SOLAR ENERGY AND AIOT COMBINATION IN BUILDING SMART GREENHOUSES WITH AUTOMATIC CONTROL AND AGRICULTURAL OPTIMIZATION
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APPLICATION OF GEOTHERMAL-SOLAR ENERGY AND AIOT COMBINATION IN BUILDING SMART GREENHOUSES WITH AUTOMATIC CONTROL AND AGRICULTURAL OPTIMIZATION
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