Xiaoqing Lu

TL;DR: A droop-based distributed cooperative control scheme for microgrids under a switching communication network with non-uniform time-varying delays that guarantees the stability and reliability of the microgrid.

TL;DR: This paper presents a robust distributed secondary control (DSC) scheme for inverter-based microgrids (MGs) in a distribution sparse network with uncertain communication links using the iterative learning mechanics to enable all the distributed energy resources in an MG to achieve the voltage/frequency restoration and active power sharing accuracy.

TL;DR: A finite time frequency regulation strategy containing a consensus-based distributed active power regulator is presented, which can not only guarantee the active power sharing but also enable all DGs’ frequencies to converge to the reference value within a finite time.

TL;DR: This paper develops a novel distributed iterative event-triggered control scheme for a master-slave-organized dc microgrid network with limited communication bandwidth that can synchronize the voltage of multiple distributed energy resources to their desired value through limited-bandwidth communication links.

TL;DR: The graph theory, stochastic theory and Lyapunov functional approach are employed to derive the stability and convergence analysis of the proposed dynamic event-triggered conditions considering noise interferences.