Nonlinear Output Feedback Droop Control for Parallel Inverters in Standalone Microgrids
Author(s)
Mahmud, Rasel
Hossain, Md Alamgir
Pota, Hemanshu
Griffith University Author(s)
Year published
2020
Metadata
Show full item recordAbstract
This paper proposes a nonlinear control scheme for power-sharing between parallel distributed generations in a standalone microgrids. Generally, a linear control-based droop method is applied to balance the power in between multigenerating units and demands; however, the poor performance of such types of schemes is observed under sudden change of operating point. To overcome this issue, this paper designs nonlinear output feedback linearized droop control for the active and reactive power sharing in a network. The performance of the proposed controller is demonstrated under load variation in using simulations of a Simulink ...
View more >This paper proposes a nonlinear control scheme for power-sharing between parallel distributed generations in a standalone microgrids. Generally, a linear control-based droop method is applied to balance the power in between multigenerating units and demands; however, the poor performance of such types of schemes is observed under sudden change of operating point. To overcome this issue, this paper designs nonlinear output feedback linearized droop control for the active and reactive power sharing in a network. The performance of the proposed controller is demonstrated under load variation in using simulations of a Simulink for the standalone AC microgrids system.
View less >
View more >This paper proposes a nonlinear control scheme for power-sharing between parallel distributed generations in a standalone microgrids. Generally, a linear control-based droop method is applied to balance the power in between multigenerating units and demands; however, the poor performance of such types of schemes is observed under sudden change of operating point. To overcome this issue, this paper designs nonlinear output feedback linearized droop control for the active and reactive power sharing in a network. The performance of the proposed controller is demonstrated under load variation in using simulations of a Simulink for the standalone AC microgrids system.
View less >
Conference Title
2019 9th International Conference on Power and Energy Systems (ICPES)
Subject
Electrical engineering
Science & Technology
Technology
Energy & Fuels
Engineering, Electrical & Electronic
Engineering