Fully Distributed Consensus Voltage Restoration Control Based on Dynamic Event-Triggered Mechanisms for Offshore Wind Power Systems

Although voltage regulation in distributed generation (DG) in offshore wind power systems has been deeply studied, information on the global communication network structure and high communication bandwidths still remain key factors restricting the integration of a high proportion of new energy sourc...

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Published inEnergies (Basel) Vol. 18; no. 7; p. 1755
Main Authors Chen, Dawei, Zeng, Zhijie, Tian, Ye, Wang, Chenyu, Xiao, Jun, Lin, Xiaoqing
Format Journal Article
LanguageEnglish
Published Basel MDPI AG 01.04.2025
Subjects
adaptive control
Algorithms
Alternative energy sources
Bandwidths
Communication
Distributed generation (Electric power)
Energy management systems
event-triggered control
Methods
multi-agent systems
Offshore
Offshore wind farms
offshore wind power systems
secondary voltage control
Wind power
China
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Abstract Although voltage regulation in distributed generation (DG) in offshore wind power systems has been deeply studied, information on the global communication network structure and high communication bandwidths still remain key factors restricting the integration of a high proportion of new energy sources. In order to achieve precise voltage regulation while reducing communication, this paper proposes a fully distributed dynamic event-triggered secondary voltage restoration control for offshore wind power systems. Firstly, the nonlinear system model is switched to the linear second-order multi-agent system (MAS) by feedback linearization. This is a crucial step for the subsequent research. From there, a fully distributed voltage restoration control strategy is proposed, which utilizes adaptive event-triggered protocol. The proposed protocol operates independently of global information. Finally, the effectiveness of the control protocol is verified through simulation.
AbstractList Although voltage regulation in distributed generation (DG) in offshore wind power systems has been deeply studied, information on the global communication network structure and high communication bandwidths still remain key factors restricting the integration of a high proportion of new energy sources. In order to achieve precise voltage regulation while reducing communication, this paper proposes a fully distributed dynamic event-triggered secondary voltage restoration control for offshore wind power systems. Firstly, the nonlinear system model is switched to the linear second-order multi-agent system (MAS) by feedback linearization. This is a crucial step for the subsequent research. From there, a fully distributed voltage restoration control strategy is proposed, which utilizes adaptive event-triggered protocol. The proposed protocol operates independently of global information. Finally, the effectiveness of the control protocol is verified through simulation.
Audience Academic
Author Zeng, Zhijie
Xiao, Jun
Tian, Ye
Lin, Xiaoqing
Wang, Chenyu
Chen, Dawei
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Snippet Although voltage regulation in distributed generation (DG) in offshore wind power systems has been deeply studied, information on the global communication...
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StartPage 1755
SubjectTerms adaptive control
Algorithms
Alternative energy sources
Bandwidths
Communication
Distributed generation (Electric power)
Energy management systems
event-triggered control
Methods
multi-agent systems
Offshore
Offshore wind farms
offshore wind power systems
secondary voltage control
Wind power
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Title Fully Distributed Consensus Voltage Restoration Control Based on Dynamic Event-Triggered Mechanisms for Offshore Wind Power Systems
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