This Arduino-based power logger project aims to measure and monitor voltage and current data over time, allowing for easy analysis of power usage patterns.
With the ability to sample information at regular intervals, the device automatically tracks changes in voltage and current, generating clear and concise graphs that illustrate power consumption trends.
The user-friendly interface makes this project accessible and easy to use for anyone looking to better understand their power usage habits.
Many voltage/current measurement interfaces typically require manual measurements at specific points in time,
without providing the ability to log or store data to an SD card.
As a result, obtaining information about a period of time, such as several hours’ worth of data, requires continuous manual measurement by the researcher.
In this project we have managed to provide a simple interface with several capabilities, including two working modes (online and offline),
the ability to display information in graphs and tables, and the option to set a timer for experiments.
These features make the Power Logger a versatile tool for data logging and analysis in various applications.
Overall, the Power Logger is a reliable and effective device for measuring and logging electrical data,
and we are confident in its potential to contribute to future research and projects in this field.
