Solar-Powered IoT Charging System for ESP32 in Organic Rice Field

In order to develop an integrated power system module for IoT ESP32 monitoring applications, this research technique explores the crucial elements of solar panels, solar charger modules, voltage dividers, DC step-up converters, and PCB layout integration. By lowering dependency on grid electricity, the careful selection and integration of these components enable the dependable and ecologically friendly functioning of monitoring systems, especially in remote or off-grid sites. Data gathering, voltage monitoring, and energy usage analysis are all highlighted in the thorough agricultural case study. The outcomes show how well the proposed PCB design satisfies the need for sustainable electricity and offers insight into its potential to enhance energy management in agricultural settings. For IoT-based monitoring systems, this study sets the groundwork for future developments and enhancements in sustainable energy solutions.