Real-Time Utilities Consumption Monitoring System Using ESP32

Abstract

The pressing need for energy and water conservation has spurred the development of consumption monitoring and regulating systems. In response to this concern, we propose the implementation of a real-time monitoring system that tracks energy and water consumption, as well as detects pH values, utilizing an ESP32 microcontroller. This system comprises an ESP32 microcontroller, a pH sensor, a voltage sensor, a water flow sensor, and a Wi-Fi module. The ESP32 microcontroller gathers data from the sensors and processes it before transmitting the information to a database through the Wi-Fi module. Users can remotely access this data through a web application, enabling them to identify instances of wasteful consumption and make informed decisions regarding energy and water conservation. Additionally, the system provides users with valuable insights into the quality of the water they are consuming. By offering accurate data on overall energy consumption, as well as individual energy usage patterns and water consumption, this system possesses the potential to make a significant contribution to the conservation of energy and water resources. Users will be empowered to analyze their consumption patterns and take proactive steps to reduce waste and promote sustainable practices. The real-time monitoring system serves as a crucial tool for raising awareness about energy and water conservation. It encourages individuals and organizations to adopt more responsible consumption habits by providing them with tangible data and insights into their consumption patterns. Moreover, the remote accessibility of the system ensures that users can monitor their consumption from any location, further facilitating informed decision-making.