The article proposes a novel approach to assess rotor angle stability in microgrids by
enhancing the Modified Galerkin Method (MGM), which is based on the Polynomial …

In engineering systems with uncertain parameters, it is crucial for system analysis and
control to analyze the relationship between these uncertain parameters and system outputs …

Transient stability analysis is critical for maintaining the reliability and security of power
systems. This paper provides a comprehensive review of research methods for transient …

The variation and uncertainty of renewable energy potentially impact power system stability.
This article proposes an efficient uncertainty evaluation algorithm to evaluate the influence …

Due to the increasing penetration of gas-fired units and power to gas facilities, the electrical
power system and natural gas system are more and more bi-directionally coupled. To tackle …

Aeroengine faces multi-source uncertainty while operating. To reduce the conservativeness
and improve the performance of the diagnosis system in complex environments, the multi …

The high power demand and charging variation of commercial fast electric vehicle (EV)
charging stations has the potential to significantly impact the operation of electric power …

The investigation of stochastic optimal power flow (SOPF) is to seek the optimal solution of
static stability constrained optimal power flow considering the uncertainty of parameters in …

This letter proposes a physics-informed action network (PIAN) for power system transient
stability preventive control (TSPC). The network firstly renders deep learning to reduce the …

In this paper, an improved approximate dynamic programming (IADP)-based limited-iterative
decentralized algorithm is proposed for solving the optimal power flow (OPF) problem of …