Microcontroller-Based Automated Paddy Drying System for Enhancing Rice Production Efficiency

Abstract

Paddy drying is an essential step in the rice production process as it determines the final quality of the rice. Conventional methods for drying paddy are often labor-intensive and can be hindered by external factors such as weather. Our research suggests the implementation of a microcontroller-based automated system to improve the efficiency of the drying process. The system uses a microcontroller to oversee and manage the drying process to ensure that the paddy is dried to the ideal moisture level. The temperature and humidity in the drying chamber are manipulated through regulating the airflow and water vapor to control the drying process. The system also includes sensors to monitor the temperature and humidity in the drying chamber and the paddy in real-time. This system is expected to considerably enhance the efficiency of the paddy drying process and the quality of the final rice product. The system has been tested and validated using a sample of paddy, and the results demonstrate its capability to dry the paddy to the desired moisture level accurately and efficiently.