Скачать или смотреть Automated Smart Greenhouse System

In regions like Malaysia, where heavy rainfall and thunderstorms are common, managing greenhouse environments is essential for healthy crop growth. Issues such as over-irrigation and flooding caused by extreme weather can lead to significant crop damage. Manual management of greenhouses during such conditions is often inefficient and prone to error.

Technology integration in agriculture has changed how we manage resources and optimize plant growth. Automated systems have proven valuable in creating solutions, especially in controlled environments like greenhouses. This project focuses on developing a smart greenhouse system that leverages automation to monitor and maintain optimal environmental conditions. Arduino Uno system employs sensors to measure temperature, soil moisture, and light exposure, and actuators to regulate irrigation, ventilation, and cooling mechanisms.

Additionally, a fail-safe feature for heavy rain detection ensures the system responds effectively to prevent potential damage caused by excessive water. This project involves designing and simulating a smart greenhouse system using Arduino Uno, automating climate controls, and integrating a rain fail-safe feature to promote sustainable and efficient farming practices. Through this initiative, the project highlights the potential of automation in advancing agricultural practices while challenges unique to specific climates.