Minimization of Power Factor Penalty Charges for Non-Linear Domestic Loads with IOT Technology | Zendy

A. Anton Amala Praveen | Zendy; M. Kumaran | Zendy; A. Nazar Ali | Zendy; K. Premkumar | Zendy

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Minimization of Power Factor Penalty Charges for Non-Linear Domestic Loads with IOT Technology

Author(s) -

A. Anton Amala Praveen,

M. Kumaran,

A. Nazar Ali,

K. Premkumar

Publication year - 2020

Publication title -

iop conference series materials science and engineering

Language(s) - English

Resource type - Journals

eISSN - 1757-899X

pISSN - 1757-8981

DOI - 10.1088/1757-899x/937/1/012011

Subject(s) - power factor , microcontroller , power (physics) , computer science , switched mode power supply , load factor , ac power , software , controller (irrigation) , electrical engineering , automotive engineering , voltage , embedded system , engineering , operating system , agronomy , physics , quantum mechanics , aerospace engineering , biology

This Paper is dealt about the Power factor plays a major role for improving the quality of the power supply and also used to measure the system’s power efficiency. Existing solution is for automatic correction of power factor and it does not provide an information about load causing poor power factor. In proposed system, the status of domestic load are monitored and it intimate the power factor range of the concern load utilization. By using Microcontroller Arduino IDE, Developing a program for calculation action for the project is to dumped in it. The simulation results were obtained using the Proteus software and the penalty charge for the different power factor values was obtained using the program dumped in the Arduino Uno controller. The power factor range of the concern loads utilization was intimated to the consumer through IoT.

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