International Research Journal of Engineering and Technology (IRJET)
e-ISSN: 2395-0056
Volume: 11 Issue: 04 | Apr 2024
p-ISSN: 2395-0072
www.irjet.net
LITHIUM ION BATTERY STATE HEALTH MONITORING SYSTEM USING IOT Balaji B1, Balamurugan M1, Mohamed Halith A1, Hariharan O. K1 and Aswinkumar S1 1Department of EEE, Periyar Maniammai Institute of Science and Technology,
Thanjavur - 613403, Tamil Nadu, India -----------------------------------------------------------------------***---------------------------------------------------------------------energy storage systems and electric cars. By using ABSTRACT automatic warnings and real-time monitoring, the IoT Battery Health Tracker notifies users and stakeholders of any abnormalities, enabling prompt responses to reduce risks and prevent accidents.
A comprehensive system that tracks vital indicators including temperature, voltage, current level, and fire alarms in real-time is the Internet of Things (IoT) Battery Health Tracker. Through the use of a network of sensors, it continuously monitors these factors to make sure that any abnormalities are found quickly. Important parties are promptly notified by an audible alarm when sensor values surpass predefined parameters. Moreover, the system dynamically controls temperature levels by using a DC motor for cooling to lower the danger of overheating. This self-regulating system contributes to the preservation of the battery's ideal operating parameters, guaranteeing both its longevity and security.
The project's objective is to reduce environmental impact while improving battery performance through the use of innovative control techniques, such as the use of a DC motor to control temperature. By preventing overheating and prolonging battery life, cooling systems help to maintain optimal operating temperatures. By using this technique, battery-powered equipment becomes more dependable and efficient while also reducing energy consumption and carbon emissions linked to unnecessary replacements or repairs. The Tracker project tries to resolve environmental concerns and advance battery management strategies.
Keywords: Battery Health Monitoring Sensors, Internet of Things, Cooling Fan
I.
INTRODUCTION
By utilizing innovative monitoring and control technologies, the Internet of Things (IoT) Battery Health Tracker project seeks to address significant issues with battery management and environmental concerns. Batteries are used to power a variety of devices in today's networked world, such as electric cars, cell phones, laptop computers, and renewable energy storage systems. On the other hand, poor battery management can result in safety risks like fires or overheating as well as environmental problems like early battery deterioration and increased electrical waste. The development of an Internet of Things (IoT)based battery health monitoring system is an attempt to enhance the sustainability, safety, and efficiency of battery consumption in various applications. The realtime monitoring of critical parameters including temperature, voltage, current level, and fire alarms is the main goal of this project. Such thorough monitoring not only makes it feasible to identify potential issues early on but also enables prompt action to prevent disastrous failures or damage. The study looks at safety issues with batteries, including the possibility of overheating and fire, the image shown in fig.1. Serious safety risks can arise from high temperatures and abnormal voltage or current levels, especially in crucial applications like
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Fig.1 Purpose of Battery Health Monitoring
II.
IMPORTANCE MONITORING
OF
BATTERY
HEALTH
Battery health monitoring systems are required to ensure that batteries perform efficiently and securely in a variety of applications, including consumer electronics, renewable energy storage, and electric vehicles. The fundamental purpose of these systems is to monitor and analyse battery conditions in real-time, taking into consideration critical aspects such as temperature, voltage, current levels, and overall performance. Battery health monitoring systems can detect possible problems early on and perform proactive maintenance and
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