Thermal storage facilities ensure a heat reservoir for optimally tackling dynamic
characteristics of district heating systems: heat and electricity demand evolution, changes of …

Integration of different energy infrastructures (heat, electricity and gas vectors) offers great
potential for better managing energy sources, reducing consumption and waste as well as …

District heating (DH) systems have been identified as an important component in efforts to
mitigate greenhouse gas emissions and achieve climate targets in the near future. Software …

Future energy systems rely on integrating renewable energy resources to decarbonise the
heating and cooling sectors and contribute to global net zero targets. Traditional approaches …

The deployment of the electric-heat coupling Integrated Energy System (IES) with distributed
energy resources (DERs) integrated has benefited the environment for improving energy …

The district heating is expected to play a crucial role in the decarbonization of integrated
energy systems within the context of attaining carbon neutrality. The literature review reveals …

Building an efficient, safe, and sustainable energy system has been listed as one of the
national energy development strategies in China. Through unified management and …

Demand side management is one of the strategies for an optimal management of DH
networks. This consists in rescheduling the time the heating systems are switched on and …

District heating networks can serve as large heat reservoirs due to thermal inertia. To
analyse the behaviour of these networks, a load flow calculation must be performed. There …

District heating systems have a considerable storage capability due to their dynamic thermal
behavior (ie the thermal inertia of the water flow). Using this storage can support a secure …