The thermoelectric couple relation of combined heat and power unit and unstable
renewable energy limit the flexible operation of integrated energy system, resulting in low …

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

Heat storage in district heating system is promising for renewable energy accommodation
because it effectively improves system flexibility. However, its proper evaluation remains …

Low temperature district heating with reduced network supply and return temperature
provides better match of the low quality building heating demand and the low quality heating …

Due to the strong dependence between electricity generation and heating supply and the
need for optimal use of renewable energies to supply power and heat loads, it is essential to …

In the traditional scheduling of integrated electricity and district heating systems (IEDHS)
with high penetrations of wind power, large amounts of wind power curtailments can still …

The use of wind power is often restricted by the strong interdependence between the
electricity generation and thermal energy generation of combined heat and power units …

Massive adoptions of combined heat and power (CHP) units necessitate the coordinated
operation of the power system and district heating system (DHS). Exploiting the …

District heating systems (DHS) that generate/consume electricity are increasingly used to
provide flexibility to power grids. The quantification of flexibility from a DHS is challenging …

With the deepening of energy market reform, market factors have more and more influence
on the operation of energy system. The introduction of demand response mechanism guided …