Scholarlink

This work presents a mechatronic system for regulating the microclimate in semi-protected crops via automated solar covers. It integrates environmental sensors, robust actuators, control electronics based on the Internet of Things, and a multi-platform interface. The system is a scalable and modular mechatronic solution for regulating microclimates in semi-protected crops. It integrates sensing, real-time control, and wireless communication, and its validated design supports sustainable precision agriculture across diverse contexts.

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Climate Regulation System for the Microenvironment Under Solar Covers for Semi-Protected Crops

  • 会议论文

  • 发表日期：

    2026年

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  • Mario Fernández-Fernández,
  • Daniel Pérez-Guzmán,
  • M. Camilla Godoy,
  • Javier Sánchez-Contreras,
  • Ricardo Pérez Guzmán,
  • Yamisleydi Salgueiro Sicilia

摘要

This work presents a mechatronic system for regulating the microclimate in semi-protected crops via automated solar covers. It integrates environmental sensors, robust actuators, control electronics based on the Internet of Things, and a multi-platform interface. The system is a scalable and modular mechatronic solution for regulating microclimates in semi-protected crops. It integrates sensing, real-time control, and wireless communication, and its validated design supports sustainable precision agriculture across diverse contexts.