Background When a power system blackout occurs, it affects the economy of the country and
every aspect of human life. Cascading failures can easily occur and cause a major blackout …

With the rapid development of renewable energy generation and multi‐energy system
technologies, reviewing and discussing the emerging power system restoration methods …

Human operations play a vital role for the resilience of power grids. While past research
concentrated on performance in cascading failures, this work proposes a system model that …

Generator start-up is a pivotal step of transmission system self-healing after large-scale
blackouts. Considering the uncertainty of initial power system situation after blackouts and …

Petri net is a highly useful tool for modeling of discrete-event systems. However, Petri net
models of real-life systems are enormous, and their state-spaces are usually of infinite size …

Skeleton-network reconfiguration is an important task and plays a most important role during
power system restoration (PSR) after a blackout. By determining the skeleton network, the …

As a novel network security scheme, the zero trust model can effectively improve the
traditional role‐based access control model in the public network by continuous trust …

Potential challenge during a disaster is the wide range of disturbance caused to the power
system network. The article attempts to develop a systematic procedure to progressively …

Optimizing the power system restoration path is a key issue for the system restoration after a
blackout. Because the optimization is a complex nonlinear programming problem, artificial …

This chapter introduces the General-purpose Petri net Simulator (GPenSIM). Only the basics
of GPenSIM are given in this chapter; for a detailed study of GPenSIM,[9] is recommended …