독립형 마이크로그리드의 부하 변동에 대한 강인 적응형 전력 제어기법

In recent years, micro-grid has been widely focused on the fields of renewal energy systems. This paper proposes a novel robust power converter control against arbitrary electric load changes for islanded micro-grid topology. First, we provide a state-space representation of our micro-grid model inc...

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Published in전기학회 논문지 P권, 67(4) Vol. 67P; no. 4; pp. 175 - 182
Main Authors 하양(Yang Ha), 조현철(Hyun Cheol Cho)
Format Journal Article
LanguageKorean
Published 대한전기학회 2018
Subjects
전기공학
Islanded micro-grid
Passivity theory
Perturbation
Robust adaptive control
Power control
Online AccessGet full text
ISSN1229-800X
2586-7792

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Abstract In recent years, micro-grid has been widely focused on the fields of renewal energy systems. This paper proposes a novel robust power converter control against arbitrary electric load changes for islanded micro-grid topology. First, we provide a state-space representation of our micro-grid model including power converter and electric load circuit. And then a state feedback control method is applied to construct a nominal control framework. Next, we propose a robust adaptive control law to enhance a control performance against unexpected load perturbation. In addition, we analytically investigate a passivity property for the micro-grid model and carry out computer simulation to demonstrate superiority and reliability of the proposed control methodology.
AbstractList In recent years, micro-grid has been widely focused on the fields of renewal energy systems. This paper proposes a novel robust power converter control against arbitrary electric load changes for islanded micro-grid topology. First, we provide a state-space representation of our micro-grid model including power converter and electric load circuit. And then a state feedback control method is applied to construct a nominal control framework. Next, we propose a robust adaptive control law to enhance a control performance against unexpected load perturbation. In addition, we analytically investigate a passivity property for the micro-grid model and carry out computer simulation to demonstrate superiority and reliability of the proposed control methodology. KCI Citation Count: 1
In recent years, micro-grid has been widely focused on the fields of renewal energy systems. This paper proposes a novel robust power converter control against arbitrary electric load changes for islanded micro-grid topology. First, we provide a state-space representation of our micro-grid model including power converter and electric load circuit. And then a state feedback control method is applied to construct a nominal control framework. Next, we propose a robust adaptive control law to enhance a control performance against unexpected load perturbation. In addition, we analytically investigate a passivity property for the micro-grid model and carry out computer simulation to demonstrate superiority and reliability of the proposed control methodology.
Author 하양(Yang Ha)
조현철(Hyun Cheol Cho)
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DocumentTitleAlternate Robust Adaptive Power Control against Electric Load Changes in Islanded Micro-grid
DocumentTitle_FL Robust Adaptive Power Control against Electric Load Changes in Islanded Micro-grid
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Keywords Islanded micro-grid
Passivity theory
Perturbation
Robust adaptive control
Power control
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Title 독립형 마이크로그리드의 부하 변동에 대한 강인 적응형 전력 제어기법
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