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 …

The interconnection and coupling of integrated energy systems (IES) including electricity
system, natural gas system and district heating system become increasingly tight. It brings …

The strengthening interdependency between electricity network and natural gas network not
only promotes the renewable energy integration and flexibility of electricity-gas integrated …

This paper observes the concavity-convexity of the distribution system security region
(DSSR) and explains the observation results. Firstly, DSSR is observed in 2D space, and …

In power systems, there are many uncertainty factors such as power outputs of distributed
generations and fluctuations of loads. It is very beneficial to power system analysis to …

The existence of high proportional distributed energy resources in energy Internet (EI)
scenarios has a strong impact on the power supply-demand balance of the EI system …

The future distribution systems expose to an unprecedented level of uncertainties due to
renewable resources, nontraditional loads, aging infrastructure, etc., posing potential risks to …

The energy management (EM) of active distribution network (ADN) under uncertainties is a
stochastic, nonconvex and nonlinear problem, which cannot be solved by traditional …

We propose a neural network using an unsupervised learning strategy for direct
computation of closest saddle–node bifurcations, eliminating the need for labeled training …

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 …