Design and Implementation of an Intelligent Vegetable Greenhouse with Remote Monitoring and Control

This paper explores the design and implementation of an intelligent vegetable greenhouse, aiming to enhance vegetable production efficiency and quality. The system integrates several key functionalities:

Environmental Monitoring and Control: Sensors continuously monitor environmental parameters such as temperature, humidity, and soil conditions. This data is used to automatically adjust the greenhouse environment through the control of exhaust fans, water pumps, and heaters, ensuring optimal growing conditions.

Mobile App Integration: A dedicated mobile app allows for remote monitoring of the greenhouse environment and vegetable growth status in real-time. Users can conveniently access real-time data and receive alerts on any anomalies. Moreover, the app enables remote control of the greenhouse door lock for enhanced security management.

Pest Detection and Prevention: The system incorporates insect recognition technology to detect and identify harmful pests. This information is relayed to the user through the app, enabling timely intervention and minimizing crop damage.

Intelligent Q&A System: An intelligent question-and-answer system is integrated to provide users with instant support and guidance on operating the system, troubleshooting issues, and accessing relevant information on vegetable cultivation.

4G Self-Organizing Network: By utilizing 4G self-organizing networking technology, the system enables remote monitoring and control of the greenhouse, eliminating the need for on-site presence and facilitating data accessibility from anywhere with network coverage.

The design and implementation of this intelligent vegetable greenhouse system offer valuable insights and practical solutions for advancing intelligent agriculture. By automating key processes, providing remote management capabilities, and incorporating intelligent features, this system contributes to increased productivity, optimized resource utilization, and improved crop quality in modern agriculture.