Experimental study of a UFC laboratory model employing GTO thyristors

Ghanim Putrus; C. B. Cooper

Experimental study of a UFC laboratory model employing GTO thyristors

Ghanim Putrus, C. B. Cooper

Mathematics, Physics and Electrical Engineering

Research output: Contribution to conference › Paper › peer-review

Abstract

Among many types of frequency changers, the Unrestricted Frequency Changer (UFC) has unique characteristics of unlimited output frequency and the ability to supply reactive power to the input supply system. Thus, its employment can be superior in many applications, such as speed control of a.c. motors and reactive power compensation. However, its practical realization is cumbersome and hence has limited its employment in real systems. This paper summarizes the design, implementation, and the experimental results of a laboratory model UFC system employing GTO thyristors.

Original language	English
Publication status	Published - 1995
Event	UPEC’95: 30th Universities Power Engineering Conference - Greenwich Duration: 1 Jan 1995 → …

Conference

Conference	UPEC’95: 30th Universities Power Engineering Conference
Period	1/01/95 → …

Cite this

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abstract = "Among many types of frequency changers, the Unrestricted Frequency Changer (UFC) has unique characteristics of unlimited output frequency and the ability to supply reactive power to the input supply system. Thus, its employment can be superior in many applications, such as speed control of a.c. motors and reactive power compensation. However, its practical realization is cumbersome and hence has limited its employment in real systems. This paper summarizes the design, implementation, and the experimental results of a laboratory model UFC system employing GTO thyristors.",

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AU - Cooper, C. B.

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AB - Among many types of frequency changers, the Unrestricted Frequency Changer (UFC) has unique characteristics of unlimited output frequency and the ability to supply reactive power to the input supply system. Thus, its employment can be superior in many applications, such as speed control of a.c. motors and reactive power compensation. However, its practical realization is cumbersome and hence has limited its employment in real systems. This paper summarizes the design, implementation, and the experimental results of a laboratory model UFC system employing GTO thyristors.

M3 - Paper

T2 - UPEC’95: 30th Universities Power Engineering Conference

Y2 - 1 January 1995

ER -

Experimental study of a UFC laboratory model employing GTO thyristors

Abstract

Conference

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