Hybrid microgrid consists of AC and DC grids, in which the interlinking converter is used to connect AC and DC microgrids. The droop control scheme is widely applied to hybrid microgrid control including interlinking converter because it can be used to control power in hybrid microgrid without communication. However, the existing steadystate error in conventional droop control might affect to t...

This paper analyzes the stability of a direct current microgrid with decentralized switched control using differential-algebraic equations and Lyapunov functions. The controllers regulate voltage, achieve power-sharing condition, guaranty non-Zeno condition. They also fulfill droop-control condition for optimal power dispatch. event either connecting or disconnecting converter is analyzed as ev...

We treat the emerging power systems with direct current (DC) MicroGrids, characterized with high penetration of power electronic converters. We rely on the power electronics to propose a decentralized solution for autonomous learning of and adaptation to the operating conditions of the DC Mirogrids; the goal is to eliminate the need to rely on an external communication system for such purpose. ...

Two important and upcoming technologies, microgrids and electricity generation from wind resources, are increasingly being combined. Various control strategies can be implemented, and droop control provides a simple option without requiring communication between microgrid components. Eliminating the single source of potential failure around the communication system is especially important in re...

DC Microgrids are very popular these days because they can provide qualitative and quantitative energy to remote regions. There is stochastic behaviour uncertainty in microgrids (MG) that use renewable resources. As a result, battery units required assure power balance. Effective coordination control necessary for standalone MG accomplish efficient management effective utilization of resources ...