Abstract
Design and Implementation of IOT Based Smart Power Monitoring and Management System Using WSNS
Highlights
The proposed system is consisted of three parts: smartphone application, base station, and sensing node
By monitoring the power consumption of the devices, the data is collected by the ZigBee coordinator for the base station, and saves all these data in the database at computer system for processing and analysed, as well as save in cloud database for remote access
The combination of WSN and IoT technologies for monitoring and controlling power consumption in real time is a powerful way for reducing power usage
Summary
Electrical energy is considered a main source of evolution and advance at the modern world. One method of decrease these expenses through real-time monitoring, how much power is being consumed, and from this information make informed decisions about how to control the electrical devices being operated. WSNs are highly flexible and supports power management using Web services and middleware technologies. The system designed by the integration of WSNs with Web Service communications for power management using IoT platform, to monitor the power usage of AC devices in a home environment. The consumed power will be displayed through a user-visible interface in real time; so consumers can readily realize the patterns of electricity consumption and adjust their behaviour to reduce power consuming and costs. The system permits for inexpensive monitoring of power usage and demonstrates a practical method to control power consumption through user interaction. The flexibility and configurability characteristics of our system are two key points for users, as well as low power consumption and system portability
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