ADVANCING LITHIUM-ION BATTERY MANAGEMENT: A PORTABLE ARDUINO-BASED HEALTHMONITORING SOLUTION

Abstract

Lithium-ion batteries are mostly used in portable devices. The 
major purpose of enhancing the battery life is to implement a 
health analyzer to protect the battery from overcharging and 
explosions. The “Arduino based portable analyzer for real
time lithium-ion battery health monitoring” prototype deliver 
sustainable solution to address the battery monitoring and 
management. This prototype determines perfect specifications 
for the battery to verify the printed specifications. An LCD was 
placed in the system to demonstrate the cell capacity, voltage, 
and current parameters. This system focuses on the intelligent 
health monitoring of batteries using an Arduino Mega 
microcontroller. The charging and discharging stations of the 
two stations are designed to charge and analyze battery 
health. The discharging station was used to verify the battery 
health, and the charging station was used to charge the 
lithium-ion batteries. The IRLZ44N MOSFET was integrated 
with an Arduino gate pin for switching purposes. The system 
uses Arduino IDE software for software implementation. The 
microcontroller controls and monitors the processing 
measurements, and the implementation of this intelligent 
system increases the life span and thermal monitoring of 
lithium-ion batteries. Compared with previous studies, this 
system is economical and has increased efficiency in lithium
ion battery systems.