In the risk assessment of cascading outages, the rationality of simulation and efficiency of
computation are both of great significance. To overcome the drawback of sampling-based …

Weather and environmental factors have played significant roles in historical major outages
and blackouts in interconnected power systems and should be considered in simulation and …

The penetration of dc networks for different applications in power systems is increasing. This
paper presents a novel methodology for security-constrained optimal power flow (SCOPF) …

Since cascading outages are major threats to power systems, it is important to reduce the
risk of potential cascading outages. In this paper, a risk management method of cascading …

Minimizing the risk of cascading failures in a power system is vital to balance the operational
economy and security. A multi‐step corrective control (MSCC) method is proposed to …

The risk of cascading blackouts greatly relies on failure probabilities of individual
components in power grids. To quantify how component failure probability (CFP) influences …

The increasing uncertainty of wind power brings greater challenges to the control for
mitigation of cascading failures. In order to minimize the risk of cascading failures in large …

直流电网潮流大范围转移可能导致换流站运行于安全边界之外, 进而引发直流系统连锁故障.
为厘清不同情况下直流系统潮流分布转移特性及其对安全运行的影响, 首先在主从控制 …

Cascading outages in electric power grids are dependent outage processes triggered by
one or a set of initial faults. Cascading outages gradually impact and deteriorate …

This chapter delves into the probabilistic analytics of cascading failures in power grids. The
primary focus is establishing an analytic model that leverages the Markov property, which …