Abstract
An electric network, electric grid, or electricity network is an integrated electricity supply network for producers to consumers. It consists of electricity producing stations. The main objective of this study is to monitor the electricity grid system process, disclose this system at a dangerous level, monitor the current line, and reduce conventional systems expenses. From anywhere on the Internet, we can monitor. We can do it also if a system is enabled or disabled. It uses an electrical microcontroller to monitor a single-phase electrical device using Arduino to read sensor voltage and current and then communicate measured data via a new Android application for wireless monitoring. It enables the monitoring of several basic power quality parameters of basic voltage. The technology also determines the line frequency and power factor.
Highlights
Computerization shows a main part in the industrial processes and IT application
The project seeks to solve the problem through the use of internet of things (IoT) for communication and to address a number of additional challenges that an intelligent system can tackle to minimize excessive energy losses IoT's intelligent energy grid is built the at mega series controller that manages the different system operations [1]
We suggested an IoT aided power monitoring and control system because of the above-mentioned advancement in IoT and the use of it in power networks
Summary
Computerization shows a main part in the industrial processes and IT application. Energies manufacturers provide all houses with energy through intermediary powercontrolled hubs known as the Electricity Grid. When an energy grid fails and a different energy grid occurs, the system shifts transmission lines to the grid, making it easier for a particular location whose energy grid is OFF to supply electricity [2]. This information, from which the grid is actively updated via IoT smartphone applications, may be used by the authorities and updates. Atomic and nanostructures take use of speeds that were previously unimaginable for storing, detecting, and computing For this reason, many researchers are currently trying to develop the new types of materials for connecting them it. This could be done by enabling or disabling the system [5]
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