With growing investment in power generation based on natural gas (NG), restrictions in gas
transmission capabilities are becoming increasingly related to the operational planning of …

As the rapid development of natural-gas fired units (NGUs), power systems begin to rely
more on a natural gas system to supply the primary fuel. On the other hand, natural gas …

Over the last decades, electricity generation from natural gas has substantially increased,
mostly driven by low natural gas prices due to fracturing and lower extraction costs. The …

This paper proposes a coordinated stochastic model for studying the interdependence of
electricity and natural gas transmission networks (referred to as EGTran). The coordinated …

The growing integration of distributed electric power generators means the reliability of
electricity distribution systems will increasingly depend on the reliability of primary energy …

A sequential recourse stochastic optimization approach to solving the long-term integrated
planning problem of a Natural Gas (NG) distribution system and Natural Gasfired Distributed …

The coupling between an electrical power system and a natural gas system has ever been
strengthened with the increasing capacities of natural gas power generation and the …

This paper studies the role of hourly economic demand response in the optimization of the
stochastic day-ahead scheduling of electric power systems with natural gas transmission …

This study provides a risk‐based gas and electricity expansion planning model to coordinate
the expansion of electricity and gas networks in a multi‐carrier energy network. Generally …

This paper presents a new formulation for solving the expansion planning of transmission
lines and energy storage systems while considering the integration of electricity and gas …