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 …

This study develops a long-term integrated planning approach to electricity and gas aiming
at economically optimizing the 2030's investments of both networks while considering new …

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

This paper presents a stochastic expansion planning model for coordinated natural gas and
electricity networks, incorporating gas-fired generators, Power-to-Gas facilities, and …

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 …

Natural gas is an important fuel source in the power industry. Electricity and natural gas are
both energy that can be directly consumed. To improve the overall efficiency of the energy …

A novel multi-stage stochastic programming model is proposed for the expansion
coplanning of gas and power networks considering the uncertainties in net load demand …

This paper proposes an optimisation-based framework to tackle long-term centralised
planning problems of integrated energy systems with bi-directional electricity-gas carriers …

Over the last years, gas-fired power capacity investments in electricity networks have
increased in many countries due to its low-rate of greenhouse gas emissions and the …

This paper develops an expansion co-planning model for integrated power and gas systems
where uncertainties in both systems are considered. The power-to-gas technology is …