Enabling P2P energy trading among prosumers (both producers and consumers) is a
promising paradigm in the decentralized energy era. It is important to design a fair pricing …

The optimal design of building integrated energy system is sensitive to the variation of
uncertain parameters. For addressing the tradeoff of uncertainty and optimality-robustness …

When optimizing the design of integrated energy systems, their energy demands are usually
assumed as given input. However, the demand of energy systems may not always be …

This paper focuses on the problems of optimal operation of battery energy storage systems
(BESSs) in distributed networks from a nonlinear programming (NLP) point of view. This …

Uncertainty complicates the optimization model of distributed energy systems, it is a
challenge to address the fragility of optimal solutions, which calls for an effective but …

Decarbonisation of the heating and cooling sector is critical for achieving long-term energy
and climate change objectives. Closer integration between heating/cooling and electricity …

Abstract Space and water heating are two major components of household energy
consumption, and a number of work has been done to combine multiple residential heating …

This work presents the COMET (Cities Optimisation Model for Energy Technologies) model,
a spatially-resolved urban energy systems model that takes into account energy service …

Abstract The Integrated Electricity and Heat System (IEHS) is recognized as an important
trend to develop a more clean and efficient energy system. As electricity and heat systems of …

In this paper, based on the principle of complementation, interaction and mutual benefit of
distributed energy prosumers, an integrated analytical framework considering both overall …