“A Microcontroller Based Power Factor Correction and Load Balancing Approach in Power Distribution Systems”/ MUHAMMAD WASEEM; Supervisor: Moein Jazayeri

Yazar: Katkıda bulunan(lar):Tanım: sheets IX, 62 figures, illustrations, 30.5 cm CDİçerik türü:
  • text
Ortam türü:
  • unmediated
Taşıyıcı türü:
  • volume
Konu(lar): Tez notu: Thesis (MSc) - CYPRUS INTERNATIONAL UNIVERSITY INSTITUTE OF GRADUATE STUDIES AND RESEARCH Department of Electrical and Electronics Engineering Özet: Abstract In residential buildings, less power factor is not a big issue. However, this does become a problem in industries where multiple motors are operate. Because of this, industrialists have to pay penalty. Therefore, there is an urgent need to improve this. In this project, we implement the microcontroller based combination system with capacitors bank for the power factor management. Power factor is decreased which cause of power losses from load to source. The report provides a literature study on the power factor compensator of the fixed capacitor control reactor type through Matlab simulation and implementation in a programmable microcontroller. The purpose is to keep the power factor close to one under different or various load conditions. Use Matlab software for simulation, which displays the power factor according to changes in load. In this research we are introducing such a scheme to save industrialists from penalty by engaging power factor utilizing the Micro-controller. This system is designed for 400VAR so at different load condition our system is more reliable and more efficient in currently available system. If we use different types of load within the range of 400VAR the system is stable, providing maximum and better result over the currently available system. The proposed method for power factor compensation has been applied to a currently available power system and the results are compared. The proposed methodology has been able to improve results reported in the reference work. The power factor has been improved to 0.99 under different loads which is far beyond the values reported in the reference work. Keywords: AFPC, Apparent power, Reactive power (VAR), Capacitor bank, Power factor, Microcontroller,
Materyal türü: Thesis
Mevcut
Materyal türü Geçerli Kütüphane Koleksiyon Yer Numarası Durum Notlar İade tarihi Barkod Materyal Ayırtmaları
Thesis Thesis CIU LIBRARY Tez Koleksiyonu Tez Koleksiyonu YL 1790 W27 2020 (Rafa gözat(Aşağıda açılır)) Kullanılabilir Electrical and Electronics Engineering Department T1996
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Includes CD

Thesis (MSc) - CYPRUS INTERNATIONAL UNIVERSITY INSTITUTE OF GRADUATE STUDIES AND RESEARCH Department of Electrical and Electronics Engineering

Includes references: sheets 60-62

Abstract
In residential buildings, less power factor is not a big issue. However, this does become a problem in industries where multiple motors are operate. Because of this, industrialists have to pay penalty. Therefore, there is an urgent need to improve this. In this project, we implement the microcontroller based combination system with capacitors bank for the power factor management. Power factor is decreased which cause of power losses from load to source.
The report provides a literature study on the power factor compensator of the fixed capacitor control reactor type through Matlab simulation and implementation in a programmable microcontroller. The purpose is to keep the power factor close to one under different or various load conditions. Use Matlab software for simulation, which displays the power factor according to changes in load.
In this research we are introducing such a scheme to save industrialists from penalty by engaging power factor utilizing the Micro-controller. This system is designed for 400VAR so at different load condition our system is more reliable and more efficient in currently available system. If we use different types of load within the range of 400VAR the system is stable, providing maximum and better result over the currently available system. The proposed method for power factor compensation has been applied to a currently available power system and the results are compared. The proposed methodology has been able to improve results reported in the reference work. The power factor has been improved to 0.99 under different loads which is far beyond the values reported in the reference work.
Keywords: AFPC, Apparent power, Reactive power (VAR), Capacitor bank, Power factor, Microcontroller,

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