Full utilization of the potential regulation ability of flexible loads in an integrated energy
system (IES) and expanding its structure for more flexibility via integrating auxiliary devices …

The problem of renewable energy uncertainties in the capacity planning of integrated
energy system (IES) is prominent. To handle the multiple uncertainties, multi-scenario …

To improve the flexibility of energy systems, a bi-level optimization model with operation
feedback under demand response scenarios was proposed, with the aim of determining a …

While established deterministic capacity planning models for single-component energy
storage systems exist, little attention has been given to probabilistic sizing of hybrid energy …

Optimal planning of residential complex energy systems requires thorough mathematical
modelling to address the interconnections between all the energy installations from the …

Coordinated siting and sizing for energy stations and supply networks in low-carbon park-
level integrated energy systems are significant for economic improvement and carbon …

With the growing proportion of advanced metering infrastructures and intelligent controllable
equipment in power grids, demand response has been regarded as an effective and easily …

Integrated energy system (IES) with high-penetration of renewable energy is one of the
important development directions of future energy systems. However, the fluctuations on …

For the planning of integrated energy system (IES), it is of great significance to accurately
evaluate the performance of the system's energy supply in a number of aspects including eg …

In recent years, integrated energy systems with deep coupling of power, natural gas, and
heat energy have gradually attracted extensive attention. The increasing issue of uncertainty …