文部科学省大学間連携共同教育推進事業「未来像を自ら描く電気エネルギー分野における実践的人材の育成」
Stability Analysis of Permanent Magnet Synchronous Generators under Constant Volt-per-Hz Control in a Multiple Wind Turbine System [6月6日（月）福岡工業大学]
2016/04/07
【科目種別】電気エネルギー講座Ⅱ（英語科目）
■講 師： Professor Dr. Ping Hsu
■ご所属： San Jose State University（サンノゼ州立大学 米国）
■演 題： Stability Analysis of Permanent Magnet Synchronous Generators
under Constant Volt-per-Hz Control in a Multiple Wind Turbine System
■日 時： 平成 28年 6月 6日（月）16:20～17:50
■場 所： 福岡工業大学 本部棟1階 Cultivation Site R2教室
http://www.fit.ac.jp/shisetsu/campus/map/index
■主 催： 福岡工業大学 大学院工学研究科
■申込/お問合せ： 福岡工業大学大学院事務室 master[at]fit.ac.jp
■概要
Permanent Magnet Synchronous Generator (PMSG) offers higher efficiency than induction and wound-field generators. This higher efficiency, however, manifests itself as a lack of natural damping. When connected to an AC voltage source, a small, sustained sub-synchronous oscillation is often observed.
In this paper, we present a set of nonlinear differential equations that is specifically suitable for stability analysis and computer simulation of PMSGs driven by an AC voltage or a constant volt-per-Hz converter. This set of equations is used for establishing the aforementioned instability associated with PMSGs and for analyzing the stability of a PMSG with a serially connected damping controller and the stability of a maximum power tracking scheme for a multiple wind turbine system.
■講 師： Professor Dr. Ping Hsu
■ご所属： San Jose State University（サンノゼ州立大学 米国）
■演 題： Stability Analysis of Permanent Magnet Synchronous Generators
under Constant Volt-per-Hz Control in a Multiple Wind Turbine System
■日 時： 平成 28年 6月 6日（月）16:20～17:50
■場 所： 福岡工業大学 本部棟1階 Cultivation Site R2教室
http://www.fit.ac.jp/shisetsu/campus/map/index
■主 催： 福岡工業大学 大学院工学研究科
■申込/お問合せ： 福岡工業大学大学院事務室 master[at]fit.ac.jp
■概要
Permanent Magnet Synchronous Generator (PMSG) offers higher efficiency than induction and wound-field generators. This higher efficiency, however, manifests itself as a lack of natural damping. When connected to an AC voltage source, a small, sustained sub-synchronous oscillation is often observed.
In this paper, we present a set of nonlinear differential equations that is specifically suitable for stability analysis and computer simulation of PMSGs driven by an AC voltage or a constant volt-per-Hz converter. This set of equations is used for establishing the aforementioned instability associated with PMSGs and for analyzing the stability of a PMSG with a serially connected damping controller and the stability of a maximum power tracking scheme for a multiple wind turbine system.
