Recently, the academic and industrial literature has arrived at a consensus in which the
electric grid evolves to a more intelligent, responsive, dynamic, flexible, and adaptive …

In this paper, a hierarchical frequency regulation system is presented for real-time operation
of the electrical grids. It includes a decentralized transactive energy system for clearing …

Abstract The American Multimodal Energy System (AMES) is a system-of-systems
comprised of four separate but interdependent infrastructure enterprises: the electric grid …

One of the main shortcomings, caused by high penetration of wind power, is intermittency of
generation. For integrating high penetration of wind power, the frequency regulation and the …

Renewable power adoption has required policies that protect intermittent generators, such
as wind and solar, from system-level costs of resource shortfalls. It has been shown that if …

The growing utilisation of natural gas and renewable energy resources brings more
challenges to generation expansion planning problems. Short‐term operational constraints …

This paper presents a method for multi-period optimization of natural gas and electric power
systems incorporating gas-fired power plants to analyze the impact of the interdependence …

Cyber-physical systems are now becoming increasingly prevalent and possibly even
mainstream. Infrastructures have been around as long as urban centers, supporting a …

This paper explores the market structures of natural gas and electricity as well as the
interdependence of natural gas prices and bids with increasing reliance on natural gas as …

Recently, the academic and industrial literature has arrived at a consensus in which the
electric grid evolves to a more intelligent, responsive, dynamic, flexible, and adaptive …