نادي الهندسة الكهربائية
لبناء شخصية هندسية متكاملة
Greenhouse Automation using ESP32: A Comprehensive Study on Monitoring and Controlling Environmental Parameters for Optimal Pl
Graduation Project
Date/Semester:
Second Semester 2023
Published Date:
Friday 21 July 2023
Abstract
Greenhouse automation using ESP32 is a novel approach to achieving optimal plant growth by monitoring and controlling the environmental parameters of a greenhouse. This study presents a comprehensive investigation of the various aspects of greenhouse automation using the ESP32 microcontroller. The research covers the design, development, and implementation of a greenhouse monitoring and control system using the ESP32. The system includes sensors for temperature, humidity, soil moisture, and light intensity, which are used to collect real-time data from the greenhouse. The data is then processed and analyzed using the ESP32, and the system controls the environmental parameters of the greenhouse accordingly. This automation process ensures that the plants receive the optimum conditions for their growth and development. The study also investigates the performance of the ESP32-based system in comparison to conventional greenhouse monitoring systems. The results indicate that the ESP32-based system offers better accuracy and reliability in monitoring and controlling the environmental parameters of the greenhouse. The study also highlights the potential of the ESP32-based system for future research in the field of greenhouse automation. In conclusion, this study provides a valuable contribution towards the development of an efficient and cost-effective greenhouse monitoring and control system using the ESP32. The system has the potential to significantly improve the yield and quality of crops grown in greenhouses, and thus, it is an important step towards sustainable agriculture.