The operation of the integrated energy system will be affected by uncertainties, leading to
sub-optimal design decisions. Accurate and effective modeling of these uncertainties is …

The integration of variable renewable energy sources (RES) into power grids has resulted in
a more complex operating environment for power system operators (SO), necessitating the …

Solar hydrogen technology, ie producing green hydrogen by electrolysis fed by solar panels,
is gaining attention as studies show it can compete with traditional electric batteries …

With the expansion of power grids and the growth of renewable energy generation, more
uncertainties of topology (eg, components outages) and injection (eg, renewable energy …

Large-scale adoption of gas-fired power plants (GPPs) significantly accelerates the
integration of power systems and natural gas systems (NGSs). Because the operation of …

There exist plenty of outliers in power curve of wind turbines, which is not conducive to the
follow-up information mining. Improving the wind power curve data quality of wind turbines …

The interdependency among the electricity, gas, heat, and cooling energy systems is ever-
increasing. The flexible energy utilization patterns on the demand side and gas flow …

The ever-increasing utilization of natural gas has strengthened the interdependence
between power system and natural gas system (NGS). Due to the bidirectional interactions …

In order to evaluate the reliability of the multi-state series-parallel system considering semi-
Markov process (MSSPS-SMP), the integral equations have been utilized to calculate the …

With the integration of multiple types of loads and renewable generations, the number of
system states significantly grows. As a result, running optimal power flow (OPF) to analyze a …