“IoT Based Battery Monitoring System”

Batteries are a need in modern life due to their versatility. Today's world's extensive use of gadgets necessitates the use of batteries. We believe that the most promising chemical storage technology for large-scale energy storage currently exists in the form of lead-acid batteries. When surge current is not necessary, lead-acid batteries are frequently utilized, and because they are less expensive than newer technologies, different designs may provide higher energy densities. Large-format lead-acid designs are utilized in stand-alone power systems, high-availability environments like hospitals, and backup power supplies in mobile phone towers etc. Because of their numerous uses and capacity to power a variety of devices, these batteries are crucial. To extend storage times and cut down on maintenance expenses, modified versions of the traditional cell may be used in a variety of applications. The VRLA (valve-regulated lead-acid) battery family, which includes gel-cell and absorbed glass-mat batteries, is frequently employed for these activities. Battery Management Systems (BMS) are used in numerous commercial and industrial systems to optimize battery performance and predict how long a battery will last in a non-destructive state. For this aim, a variety of monitoring systems are used to keep an eye on the battery's charge, temperature, and current. The Building Management System (BMS) of a data center is a crucial element. It offers centralized control of crucial infrastructure components and guarantees efficient and safe operation of operations. By utilizing current network infrastructures to transform physical resources into intelligent entities, the Internet of Things (IoT) acts as a technical tool for professionals. Its fundamental objective is to provide users with smooth, intelligent services without any downtime. This paper is aimed to developed a prototype for the modular battery management system and monitored it using the IoT-based protocol.