This paper addresses the challenge of maximizing power capture from new energy sources,
including coal, wind, solar, and hydroelectric power, which often lack sufficient inertia …

This study identifies limitations and research and development (R&D) gaps at both the
component and system levels for hydrogen energy systems (HESs) and specifies how these …

The digitalization transforms grids into a much more complex grid structure than it is today.
Based on this transformation, commitments to renewable energy sources (RESs), energy …

An insufficient coordination between transmission system operator (TSO) and distribution
system operator (DSO) can hinder the benefits of the virtual power plant (VPP), such as …

To schedule power sources operated by different entities in a short-time scale considering
nonconvex generation cost and deep peak regulation (DPR) service constraints, this paper …

The problem of power grid performance management has been well studied. There exist
numerous techniques towards this problem which consider limited parameters like energy of …

The market gain of power grids is well studied and there exist various models to maximize
the market gain of power distribution systems. However, the methods suffer to achieve …

In order to solve the problems of increasing network loss, increasing voltage deviation and
serious wind and solar power curtailment caused by the high proportion of distribution …

In response to the challenges posed by changes in user business processes and the
flexibility of service composition, this paper conducts in-depth analysis from two aspects …