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The Smart Environmental Control Greenhouse System is an advanced agricultural technology designed to automatically monitor, control, and adjust environmental conditions within the greenhouse to provide the optimal climate for plant growth. The system features multiple functions, including:

 

Temperature Regulation: The system can automatically adjust the temperature inside the greenhouse to maintain it within the optimal range, avoiding extreme temperatures that could adversely affect plant growth.

 

Humidity Control: The intelligent system can monitor and control the humidity levels inside the greenhouse to ensure that plants grow in appropriate humidity conditions, preventing the proliferation of pests and diseases and avoiding plant wilting.

 

Light Management: The system can control shading nets, windows, or artificial lighting devices to adjust the light levels inside the greenhouse, providing plants with the necessary amount of light for optimal growth.

 

Air Circulation: Through fans or ventilation systems, the system can promote air circulation inside the greenhouse, evenly distributing temperature and carbon dioxide, which contributes to the healthy growth of plants.

 

Remote Monitoring: Users can remotely monitor and control the greenhouse system through smartphone applications or computers, allowing them to check the greenhouse's status and make adjustments anytime, anywhere.

 

Overall, the Smart Environmental Control Greenhouse System offers a more efficient and precise way of greenhouse management through automation technology and intelligent sensing, helping farmers create a stable and high-quality growth environment tailored to plant needs.

 

In the greenhouse model we visited, there was also an advanced feature for precise watering and fertilization. By accumulating light exposure, the system sets watering schedules and amounts for various crops, achieving precise control over irrigation. The Agricultural Machinery Research Laboratory has also been granted a patent certificate by the National Patent Office for this technology.

 

The photo shows our team experiencing and operating the equipment after receiving explanations from the instructors at the Agricultural Machinery Research Laboratory.