Power control management system model using wireless sensor network

Abstract

Several researchers would study the development of controlling and centralized management approaches in response to improvements in wireless communication, microsystems, microcontrollers, deeply integrated computers, deeply integrated devices, and the expanding demand for more productive controlled electric equipment. The objective is to develop a computerized device that employs Wireless Sensor Networks (WSN) and Dynamic Power Management (DPM) to supervise and troubleshoot the electrical system. The Intelligent Sensor Modules (ISM) and isolated data automation systems, that are in charge of Signal Detection, Computing, and Transmission, have been deployed on two network architectures (SDCT). The data collection devices must be accepted by the Remote Servers (RS) design, and the monitoring inverter serves as the wired connection's gateway. A DPM approach is used by the sensor networks to extend the WSN's lifespan. By simply extending the sleep duration, which could be modified according to the application operating on the sensor network, the life of the node can be easily increased.