Simulation Design of Greenhouse Based on Arduino and Kingview Configuration Software

To address the issues of insufficient integration, poor human-machine interaction, and limited automation levels in traditional agricultural greenhouse environmental monitoring systems, this study designed an intelligent greenhouse monitoring and control system. Users can customize environmental parameter thresholds for vegetable growth via an interactive interface. When detected values exceed preset thresholds, the system triggers alarms while initiating linked environmental regulation. Additionally, the Kingview software was employed to construct an upper computer monitoring platform, achieving data interaction and remote management through serial port communication. Hardware circuit simulation and verification were implemented on the Proteus platform. Results demonstrate that the system effectively accomplishes real-time monitoring, intelligent regulation, and visual management of greenhouse environmental parameters. It features a compact structure, comprehensive functions, and strong scalability, providing technical references for the development of modern smart agricultural equipment.