風力発電を利用した独立電源システムの過渡特性

URI http://harp.lib.hiroshima-u.ac.jp/it-hiroshima/metadata/3809
File
Title
風力発電を利用した独立電源システムの過渡特性
Title Alternative
Transient Characteristics of an Independent Source System Utilizing Wind Turbine Generator
Author
氏名 猪上 憲治
ヨミ イノウエ ケンジ
別名 Inoue Kenji
氏名 松野 光洋
ヨミ マツノ ミツヒロ
別名 Matsuno Mitsuhiro
氏名 山下 英生
ヨミ ヤマシタ ヒデオ
別名 Yamashita Hideo
Subject
independent source system
wind turbine generator
brushless three-phase synchronous induction generator with two stators
diesel engine generator
transient characteristics
NDC
543.6
Abstract

The authors have been making a study of an independent source system utilizing wind turbine generator in recent years. This system is composed of four main installations, that is, a wind turbine generator, a diesel engine generator, an electric water heater (or an electric power storage flywheel), and an alternating power control device. The strong points of this system is that it is possible to increase generating electric power, because the brushless three-phase synchronous induction generator with two stators and without exciter developed by authors is used as the wind turbine generator of this system. We have reported about the experimental results of electric power characteristics in steady state by using the simulated device of the proposed system up to now. In this experiment, the terminal voltage and the current of the proposed independent source system did not change and the quality of electric power was good when the wind turbine generator operates as a synchronous generator and also as an induction generator. In this paper, the experimental results of electric power characteristics in transient state of the simulated device are reported. In this experiment, the change of the terminal voltage and the current are extremely small and the electric power characteristics are very good while the operation of the wind turbine generator changes from synchronous generator driving to induction generator one and also in the opposite operation. The electric power characteristics of this simulated device in both steady and transient states are good; therefore this proposed system would be put to practical use.

Journal Title
広島工業大学紀要. 研究編
Volume
39
Spage
31
Epage
36
Published Date
2005
Publisher
広島工業大学
ISSN
13469975
NCID
AA11599110
Language
jpn
NIIType
Departmental Bulletin Paper
Text Version
出版社版
Old URI
Set
it-hiroshima