Dynamic behavior modeling and verification of advanced electrical-generator set concept

J Leuchter; P Bauer; V ¿e¿ucha; V Hájek

doi:10.1109/TIE.2008.2009517

Dynamic behavior modeling and verification of advanced electrical-generator set concept

J Leuchter, P Bauer, V ¿e¿ucha, V Hájek

Research output: Contribution to journal › Article › Scientific › peer-review

57 Citations (Scopus)

Abstract

Current development trends regarding mobile electrical-generator sets (EGSs) indicate that enhancement of efficiency is to be sought in means to operate the driving engine (either diesel or gasoline) continuously at its optimum speed. The engine-generator dynamics at a sudden load change (from low load to high load) remains a challenge in this regard. The dynamic behavior analysis presented here proves that the introduction of an energy storage element into the EGS with variable-engine-speed concept eliminates this drawback. This paper addresses the identification of the dynamic behavior of such variable-speed EGS systems and the problems encountered during a sudden increase of load (power and voltage drops).

Original language	Undefined/Unknown
Pages (from-to)	266-279
Number of pages	14
Journal	IEEE Transactions on Industrial Electronics
Volume	56
Issue number	1
DOIs	https://doi.org/10.1109/TIE.2008.2009517
Publication status	Published - 2009

Keywords

academic journal papers
CWTS JFIS >= 2.00

Access to Document

10.1109/TIE.2008.2009517

Cite this

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title = "Dynamic behavior modeling and verification of advanced electrical-generator set concept",

abstract = "Current development trends regarding mobile electrical-generator sets (EGSs) indicate that enhancement of efficiency is to be sought in means to operate the driving engine (either diesel or gasoline) continuously at its optimum speed. The engine-generator dynamics at a sudden load change (from low load to high load) remains a challenge in this regard. The dynamic behavior analysis presented here proves that the introduction of an energy storage element into the EGS with variable-engine-speed concept eliminates this drawback. This paper addresses the identification of the dynamic behavior of such variable-speed EGS systems and the problems encountered during a sudden increase of load (power and voltage drops).",

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AU - Bauer, P

AU - ¿e¿ucha, V

AU - Hájek, V

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N2 - Current development trends regarding mobile electrical-generator sets (EGSs) indicate that enhancement of efficiency is to be sought in means to operate the driving engine (either diesel or gasoline) continuously at its optimum speed. The engine-generator dynamics at a sudden load change (from low load to high load) remains a challenge in this regard. The dynamic behavior analysis presented here proves that the introduction of an energy storage element into the EGS with variable-engine-speed concept eliminates this drawback. This paper addresses the identification of the dynamic behavior of such variable-speed EGS systems and the problems encountered during a sudden increase of load (power and voltage drops).

AB - Current development trends regarding mobile electrical-generator sets (EGSs) indicate that enhancement of efficiency is to be sought in means to operate the driving engine (either diesel or gasoline) continuously at its optimum speed. The engine-generator dynamics at a sudden load change (from low load to high load) remains a challenge in this regard. The dynamic behavior analysis presented here proves that the introduction of an energy storage element into the EGS with variable-engine-speed concept eliminates this drawback. This paper addresses the identification of the dynamic behavior of such variable-speed EGS systems and the problems encountered during a sudden increase of load (power and voltage drops).

KW - academic journal papers

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