The intermittency nature of renewables adds several uncertainties to energy systems and
consequently causes supply and demand mismatch. Therefore, incorporating the energy …

Multi-uncertainties impose enormous challenges to the optimal scheduling of power
systems, and two-stage robust optimization (TSRO) theory has been widely investigated and …

The increase in the installed capacity of renewable energy and the development of
electricity spot markets make it an inevitable trend for renewable energy power producers …

Future electricity generation systems must be optimized to provide flexibility that counteracts
the variability of non-dispatchable renewable energy sources and ensures the reliability and …

The high penetration level of renewable energy is thought to be one of the basic
characteristics of future smart grids. Wind power, as one of the most increasing renewable …

Hybrid power plants (HPPs) integrating dispatchable and non-dispatchable generation are
gaining attention by generation companies due to their increased flexibility in the operation …

Coordinated operation of various energy sources has drawn the attention of many power
producers worldwide. In this paper, a Concentrating Solar Power Plant (CSPP) along with a …

As an efficient tool for uncertainty quantification of renewable energy forecasting, prediction
intervals (PIs) provide essential prognosis to power system operator. Merely improving the …

As an essential accessory of hydrogen fuel cells (HFC), air compressors have the problem of
high energy consumption and high cost, which hinders the further development of HFC …

The multiple uncertainties in renewable energy and loads and the thermoelectric coupling
characteristic of the integrated energy system (IES) restrict the accommodation of renewable …