Due to the uncertain output of intermittent energy resources and dynamic communication
topology, it brings a great challenge for the optimal security control of isolated power system …

Due to cyber-physical fusion and nonsmooth characteristics of energy management, this
article proposes a security event-trigger-based distributed approach to address these issues …

Resilient distributed coordination control is studied on multiarea power systems with low
inertia under hybrid attacks, including denial-of-service (DoS) attack and deception attack …

To achieve an efficient coordination of multiarea power systems, this article proposes a new
coordinated dispatch optimization model for multiarea power systems. In the proposed …

This paper focuses on the security control of a discrete-time switched power system utilizing
a probabilistic event-triggered protocol under a multi-strategy deception attack. To better …

This paper presents a stochastic optimal operation problem of gas turbine integrated
distribution networks in the presence of active management schemes, which is formulated …

This paper focuses on the energy management issue of a Distributed Generation System
(DGS) for ensuring energy supply with high security. Firstly, considering that the DGS is …

Taking the Steady-state Security Region (SSR) of AC/DC hybrid power system as a link, the
mathematical model of coordinated control optimization problem is established by using the …

This economic dispatch problem has been tended to be solved by using distributed
optimization algorithms which are easier to suffer from diversified cyberattacks, eg, the …

In wind-integrated power systems (WIPSs), denial of service (DoS) attacks bring about time
delays and packages dropout in system data transmission, it may even deteriorate system …