The energy conversion units and storage equipment connected to the multi-energy system are becoming diversified, uncertain factors brought by distributed wind power photovoltaic generation make flow structure more complex, which brings great difficulties modeling application of traditional hub methods. This study deeply analyzes coupling operation mechanism systems, carries out calculation anal...

Library and geography faculty at our institution consistently partner on integrating information literacy academic research skills into courses. Librarians typically create course guides as part of that effort. During the 2021–2022 year, we—an librarian a geographer liberal arts college—co-created an energy LibGuide intended to serve wider community. In this article, we detail collaborative pro...

Wind energy is a fast-growing and promising renewable energy source. The investment costs of wind turbines have decreased over the years, making wind energy economically competitive to conventionally produced electricity. Size scaling in the form of a power law, experience curves and progress rates are used to estimate the cost development of ever-larger turbines. In life cycle assessment, scal...

Transportation networks frequently employ hub-and-spoke network architectures to route flows between many origin and destination pairs. In this paper, we deal with a problem, called the single allocation hub-and-spoke network design problem. In the single allocation hub-andspoke network design problem, the goal is to allocate each non-hub node to exactly one of given hub nodes so as to minimize...

The energy hub (EH) concept is an efficient way to integrate various carriers. In addition, demand response programmes (DRPs) are complementary improving EH's efficiency and increase system flexibility. hydrogen storage system, as a green carrier, has essential role in balancing supply precisely, similar other systems. A hybrid robust-stochastic approach applied herein address fluctuations wind...