Abstract The long-term Generation Expansion Planning (GEP) problem determines the
optimal type of energy technologies, size, location, and time construction of new power …

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 …

The islanded and network-connected modes are expected to be modeled into a unified form
as well as in a distributed fashion for multi-energy system. In this way, the adaptability and …

In this paper, a novel energy management framework for energy Internet with many energy
bodies is presented, which features multicoupling of different energy forms, diversified …

Nowadays, the electric power system and natural gas network are becoming increasingly
coupled and interdependent. A harmonized integration of natural gas and electricity network …

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 …

As the sharp growth of gas-fired power plants and the new emergence of power-to-gas (PtG)
technology intensify the interdependence between electricity and natural gas systems, it is …

Coordinating multiple energy systems (MES) enables the synergies of different energy
sectors to be exploited. The concept of low-carbon development changes planning …

The integrated energy system (IES) can leverage the synergy of different types of energy
systems, which contain considerable potential in the overall carbon emission mitigation. To …

The acceleration of distributed energy resources and carbon pricing policies have
compelled utilities to act and to prioritize carbon-constrained infrastructure augmentation in …