Authors :
Shubhangi Joshi; A.G. Kole; A. Nalawade
Volume/Issue :
Volume 7 - 2022, Issue 6 - June
Google Scholar :
https://bit.ly/3IIfn9N
Scribd :
https://bit.ly/3c7v6Vh
DOI :
https://doi.org/10.5281/zenodo.6820429
Abstract :
We've created an automated battery operating
system based on battery status. When the battery is fully
charged the status is displayed on the LCD and charging
stops, and charging begins when the battery is not fully
charged. This is beneficial as it prevents the battery from
damaging and charging excessively. We have created an
automatic charging system based on its battery status.
When the battery is fully charged the status is displayed on
the LCD and charging stops, and charging begins when the
battery is not fully charged. This is beneficial as it prevents
the battery from getting damaged and overcharged.
Keywords :
Pic16f877a, Electric Sensor, Temperature Sensors, Current Sensor, Esp8266.
We've created an automated battery operating
system based on battery status. When the battery is fully
charged the status is displayed on the LCD and charging
stops, and charging begins when the battery is not fully
charged. This is beneficial as it prevents the battery from
damaging and charging excessively. We have created an
automatic charging system based on its battery status.
When the battery is fully charged the status is displayed on
the LCD and charging stops, and charging begins when the
battery is not fully charged. This is beneficial as it prevents
the battery from getting damaged and overcharged.
Keywords :
Pic16f877a, Electric Sensor, Temperature Sensors, Current Sensor, Esp8266.
