Synergies among multiple energy sectors in an integrated electricity and heat system (IEHS)
improve energy efficiency, economic operation and renewable energy utilization, thus …

As more uncontrollable renewable energy sources are present in the power generation
portfolio, the need of more detailed and reliable tools for the optimal operation of energy …

To combat global warming caused by excessive CO 2 emissions, it is critical to achieving
low-carbon economic operation of integrated electricity and heat systems (IEHS). Thermal …

Heat Pumps will play a crucial role in decarbonizing the heat supply, however, the
progressive phase-out of environmentally impactful fluids and relevant cost of investments …

In an integrated electricity and heating system (IEHS), building flexibility-enhanced district
heating systems (DHSs) that use advanced flexibility-enhanced technologies are effective …

With the increasing proportion of renewable energy such as wind power accessing the grid,
it is gradually difficult to deal with the renewable energy forecasting error only by …

This paper investigates optimal planning of integrated electricity and heat systems (IEHS)
based on convolutional neural network-bidirectional long short term memory with attention …

Although the energy hub (EH) concept results in different benefits, the system uncertainties
might affect the optimized decisions. Several studies have studied EH's optimal operation …

As a promising technology for replacing the rule-based decision-making in region heating
systems (RHS), deep reinforcement learning (DRL) is a practical solution to identify the …

Grid-edge distributed energy resources (DERs) present both operational challenges and
opportunities to distribution system operators (DSO). This paper presents a day-ahead …