Automated Greenhouse Project

This project presents the development of a small-scale automated greenhouse model using the Arduino platform. The primary objective is to control and optimize key growing conditions, such as temperature, humidity, and other environmental factors critical to crop growth. By automating these processes, the system aims to minimize energy consumption, enhance the precision of environmental measurements, and, as a result, improve both the yield and quality of crops.

The project demonstrates how such automation can resolve common challenges found in traditional greenhouses, such as inconsistent climate control and inefficient resource use, leading to economic savings and a more sustainable approach to agriculture. This solution incorporates a variety of sensors (temperature, humidity, and others) to monitor the internal conditions of the greenhouse and adjust them automatically to ensure optimal growth conditions for the plants.

Documentation The documentation folder contains a comprehensive and detailed explanation of the entire project. This includes:

Project overview: A complete explanation of the concept, objectives, and benefits of the automated greenhouse. System architecture: A breakdown of the hardware and software components used, including the various sensors and actuators integrated into the system. Step-by-step development: A guide explaining the project’s implementation, from assembling the hardware to writing and deploying the Arduino code. User manual: Instructions for operating the system, explaining how to use the interface and make adjustments to environmental settings. Code documentation: Detailed explanations of the code, including comments and sections describing the functionality of each part of the software. This project not only highlights the practical application of automation in agriculture but also offers a replicable solution that could be scaled for larger commercial greenhouse operations.