Powering a Microcontroller with Ambient Energy to Track the Local Weather (#2019)

Authors

Guardia Medina, Jeniffer Cristina

Gutierrez Escudero, Karla Sofia

Mendez, Jesus

Abstract

This paper presents the comprehensive process of designing, developing, and testing ambient energy sources, particularly wind and wave energy, to power a microcontroller for recording and transmitting local meteorological data in challenging environments. From wave and wind energy to the utilization of the point absorber method and following the principles of mechanical vibrations, each one contributes to a unique opportunity for energy-efficient utilization. The integration of sensors with the microcontroller, programmed using Arduino IDE software, enables real-time monitoring of weather conditions. Additionally, a mobile application facilitates data dissemination and accessibility, allowing prompt access to recorded data. Incorporating a Bluetooth module ensures seamless data transmission, while an SD card serves as reliable data storage. A buoy is affixed to a large plate to evaluate wave energy efficacy, providing a practical testing environment. Through these efforts, this project aims to develop a maintenance-free, roaming monitoring solution suitable for remote oceanic environments, advancing sustainable energy. Integrating ambient energy into everyday technology, particularly microcontrollers, demonstrates its viability in powering systems reliably. Recording and transmitting local meteorological data is the anticipated outcome in a challenging setting.