This paper focuses on the coordinated expansion planning of the integrated natural gas and
electrical power systems with bi-directional energy conversion. Both the Gas-fired Power …

In a carbon-constrained world, the continuing and rapid growth of gas-fired power
generation (GPG) will lead to the increasing demand for natural gas. The reliable and …

With the increasing proportion of natural gas in power generation, natural gas network and
electricity network are closely coupled. Therefore, planning of any individual system …

This paper presents a new expansion planning model of integrated electricity and gas
networks with the high penetration of renewable energy resources, using a multi-objective …

As a clean fuel source, natural gas plays an important role in achieving a low-carbon
economy in the power industry. Owing to the uncertainties introduced by increasing …

Gas generation and heat storage are playing a prominent role to multi-energy systems
(MES), and coordinated planning of integrated electricity, heat and gas infrastructures can …

A long-term, multiarea, and multistage model for the supply/interconnections expansion
planning of integrated electricity and natural gas (NG) is presented in this paper. The …

Power-to-gas facilities (PtG) are able to convert excess renewable energy into synthetic
natural gas that can be stored in natural gas storage units. The coordinated planning of gas …

A combined gas and electricity network expansion planning model was developed. Gas-
fired generation plants were considered as linkages between the two networks. The model …

This paper presents a two-stage optimization method for a coupled capacity planning and
operation problem, cast within the economical operation of Regional Integrated Energy …