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1 de oct. de 2023 · This paper aims to define a comprehensive cooperative energy exchange strategy between independent AC Stand-Alone microgrids with high penetration of renewable energy sources and limited energy storage capacity.
This paper proposes a cooperative strategy for the flexible integration of stand-alone AC microgrids using an intermediate multiterminal DC link based on voltage source converters. The strategy manages cooperative power exchange between microgrids through a knowledge-based fuzzy inference system that relies on the
Abstract: In this study a novel fuzzy cooperative frequency control method for islanding microgrids containing renewable energy resources is proposed. Frequency control, which comes from power balancing between generation and consumption components, plays an essential role to maintain the system stability.
The strategy manages cooperative power exchange between microgrids through a knowledge-based fuzzy inference system that relies on the current operating conditions of the microgrids. By determining the amount of power to be exchanged between microgrids to improve global reliability, the cooperative strategy achieves an overall reduction in load ...
I. INTRODUCTION The growth of energy demand in the last decades has led to the inclusion of alternative generation systems to support the main network, which in turn, has led to the appearance of residential microgrids commonly based on photovoltaic generation and energy storage systems (ESS) [1].
Semantic Scholar extracted view of "Fuzzy-based cooperative interaction between stand-alone microgrids interconnected through VSC-based multiterminal converter" by N. Díaz et al.
1 de ene. de 2021 · The strategy manages cooperative power exchange between microgrids through a knowledge-based fuzzy inference system that relies on the current operating conditions of the microgrids. By determining the amount of power to be exchanged between microgrids to improve global reliability, the cooperative strategy achieves an overall ...
