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Concept of APFC with reference to the energy efficiency


Affiliations
1 Technical Support Manager, Mahindra Heavy Engines (P) Ltd., Chakan, Taluka-Khed. District, Pune - 410501, India
     

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Increasingly, Indian Industry is paying one of the highest power tariffs in the world. Countries in this club such as Germany and Italy have benefited from Automatic Power Factor control as a competitive edge. They are already global leaders in Automatic Power Factor Compensation (APFC) Capacitors and Panels. This paper is aimed at APFC users and takes a hands-on look at extending the lifetime payback of APFC equipment. The effects of Current, Voltage, Harmonics and Temperature and their interplay are discussed. These produce degradations in Capacitors and Contactors. Subtle problems go unnoticed since the equipment is operating silently in a corner, until a catastrophic breakdown occurs. This paper also discusses practical guidelines for panel designers and users. Peak Inrush Current limiting, forced cooling, Component specifications, component selection and the role of the APFC controller with its protective functions are examined.

Keywords

Closed loop controller, DC-DC converter, maximum power point tracking, solar photovoltaic.
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  • Concept of APFC with reference to the energy efficiency

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Authors

Vishal Singhal
Technical Support Manager, Mahindra Heavy Engines (P) Ltd., Chakan, Taluka-Khed. District, Pune - 410501, India

Abstract


Increasingly, Indian Industry is paying one of the highest power tariffs in the world. Countries in this club such as Germany and Italy have benefited from Automatic Power Factor control as a competitive edge. They are already global leaders in Automatic Power Factor Compensation (APFC) Capacitors and Panels. This paper is aimed at APFC users and takes a hands-on look at extending the lifetime payback of APFC equipment. The effects of Current, Voltage, Harmonics and Temperature and their interplay are discussed. These produce degradations in Capacitors and Contactors. Subtle problems go unnoticed since the equipment is operating silently in a corner, until a catastrophic breakdown occurs. This paper also discusses practical guidelines for panel designers and users. Peak Inrush Current limiting, forced cooling, Component specifications, component selection and the role of the APFC controller with its protective functions are examined.

Keywords


Closed loop controller, DC-DC converter, maximum power point tracking, solar photovoltaic.



DOI: https://doi.org/10.33686/prj.v10i4.189454