As a result of the increased awareness of the dangers posed by global climate changes
(mainly caused by growing global energy consumption needs), the quest for clean and …

Due to the complexity and increasing decentralisation of the energy infrastructure, as well as
growing penetration of renewable generation and proliferation of energy prosumers, the way …

Energy flexibility of buildings can be an essential resource for a sustainable and reliable
power grid with the growing variable renewable energy shares and the trend to electrify and …

Multi-agent systems are well-known for their expressiveness to explore interactions and
knowledge representation in complex systems. Multi-agent systems have been applied in …

Decarbonising and digitalising the energy sector requires scalable and interoperable
Demand Flexibility (DF) applications. Semantic models are promising technologies for …

Demand Response (DR) is becoming a cornerstone element in the current energy sector,
particularly for the EU energy markets. For this reason, considerable effort has been spent …

The transition to green energy systems is vital for addressing climate change, with a focus
on renewable sources like wind and solar. This change requires substantial investment …

Current research evidences an increase of use of Semantic Web technologies within city
energy management solutions. Different ontologies have been developed in order to …

Control applications that facilitate Demand Flexibility (DF) are difficult to deploy at scale in
existing buildings. The heterogeneity of systems and non-standard naming conventions for …

Demand Response (DR) gains increasing attention as a core building block of smart grids.
Advanced ICT systems have been made available in the last decades and have been …