In this paper, a robust neighbor-based distributed cooperative control strategy is proposed
for dc cyber-physical microgrids, considering communication delays and slow switching …

This article presents an end-to-end differential algebraic model of a power system in its
entirety, including synchronous generators, wind farms, solar farms, energy storage, power …

This paper addresses the frequency restoration and accurate load power sharing problem of
ac microgrids with massive penetration of distributed generators (DG) under time-delay …

In this article, we consider a convex optimization problem which minimizes the sum of local
agents' cost functions subject to certain local constraints. Besides, both the local cost …

The secondary control of microgrids (MGs) normally relies on the communication network to
exchange information. Communication delay is an inherent characteristic during the signal …

Microgrids are systems consisting of local generators based on renewable energy sources,
energy storage elements, and loads. Such systems can be operated in grid connected …

The existing spectral discretization-based methods (SDMs) are capable of accurately
computing critical eigenvalues of large power systems when time delays in wide-area …

Microgrid usually associated with distributed renewable energy sources plays a key role in
reducing the requirement of traditional power sources and the emission of CO2. Connecting …

The additional functions of smart inverters Page 1 AIMS Energy, 7(6): 971–988. DOI:
10.3934/energy.2019.6.971 Received: 04 September 2019 Accepted: 10 December 2019 …

This study proposes a modified decentralised droop controller for inverter‐based
autonomous photovoltaics (PV) microgrids to address the problem of instability and slower …