The intensifying worldwide trend toward carbon neutrality necessitates an increasing
penetration of renewable energy generation with increased short-term insecurity and …

This study develops a new multi‐stage (dynamic) approach for the co‐planning of power
and gas systems to deal with variable renewable energy resources (VREs). The model is …

In order to facilitate the carbon emission reduction to mitigate climate change, this paper
proposes a coordinated multi-stage planning strategy for the transmission-level integrated …

This study presents a security‐constrained optimisation problem for co‐expansion planning
of integrated electric power and natural gas (SCEP‐EPNG), taking into account multiple …

Nowadays, power sector is faced with the challenge of low-carbon transition by reducing
carbon emissions while ensuring sufficient electricity supply. However, the prolonged …

There is an increasing integration of distributed natural gas-fired electric power generations
across the globe. The natural gas-fired power generators are dependent on the availability …

In the context of energy crisis, the development of low-carbon integrated energy systems has
become a prominent research area. This article addresses the challenges posed by high …

The growing interdependencies between natural gas and power systems, driven by gas‐
fired generators and gas compressors supplied by electricity, necessitates detailed …

The energy system carbon reduction is an inevitable trend to deal with the global warming
problem. The power industry, being a vital part of energy system, faces severe challenges …

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 …