The multi-energy complementary property enables an integrated energy system with great
potential to consume more renewable energy efficiently. However, due to the system …

A strong heat-power coupling limitation, uncontrollable renewable energy, and the grid's
limited adjustment capacity deteriorate the operational performance and increase the …

Multi-energy supply system is under development with a variety of benefits for microgrid
operation. In this paper, the coordinated scheduling and optimal operation strategy of …

Abstract Integrated Energy Systems (IES) is a promising system paradigm oriented towards
low carbon. To meet the demand of multiple-form energy consumption and enhance primary …

A large number of renewable energy resources are integrated into the integrated energy
system (IES), which complicates the IES dispatching, especially for accommodating anti …

Integrated energy systems (IES) with cooling, heat, electricity, and natural gas have drawn
significant interest recently as we embrace more sustainable energy a midst climate change …

A day-ahead and real-time two-stage risk economic optimal model of integrated energy
system (IES) is established. First, considering the electricity and heating coupling …

Integrated energy system is an effective way to utilize renewable energy in a high proportion
and reduce carbon emissions. However, renewable energy and load uncertainties bring …

The randomness of renewable energy connected to power systems cannot satisfy the
frequency stability and economic dispatch of integrated energy systems. The conventional …

Insufficient flexibility of the combined heat and power (CHP) system brought by its inherent
heat-electricity coupling limitation reduces its renewable energy consumption capacity …