Effective Reduction of Power Consumption with Thermo Electric Module (TEM) and Wireless Sensor Nodes using Embedded System

A computer system that serves a specific purpose inside a larger mechanical or electrical system is known as an embedded system. Embedded systems sometimes have to deal with real-time computing restrictions. Because embedded systems are designed to carry out just certain functions, design engineers are able to optimize them to cut down on the size and cost of the product while simultaneously improving its dependability and performance. Effective in-field detection and real-time management of malfunctioning Thermo Electric Modules (TEM) are essential components of the thermoelectric production system and must be present for the purpose of maximizing energy productivity (TEGs). According to the measurement criteria of faulty TEMs developed for series- parallel-connected TEM arrays and the control scheme based on TEM -oriented switches, autonomous and dispersed sensor nodes are proposed in this study to perform wireless TEM management. These nodes are designed to carry out wireless TEM management according to the series-parallel-connected TEM arrays' measurement standards for faulty TEMs.