Energy systems analyses are integrated elements in planning the transition towards
renewable energy-based energy systems. This is due to a growing complexity arising from …

Load-side re-electrification—the substitution of prevalent fossil fuel-dominated structures
with a wider range of electric end-use technologies—has been recognized as a crucial …

This study conducted a holistic lifecycle carbon footprint analysis of small-scale district
buildings in Guangzhou. Building energy system models were developed in TRNSYS …

In compliance with the global climate goal, the European Cement Association adopted the
5C (clinker, cement, concrete, construction, and (re) carbonation) approach as its central …

Heating decarbonisation through electrification is a difficult challenge due to the
considerable increase in peak power demand. This research proposes a novel modelling …

Sector coupling and system integration are key concepts in the energy transition from fossil
fuels to fully decarbonized energy systems based on renewable energy. An intelligent use of …

There is an urgent need to reduce fossil fuel dependency on heating processes in many
sectors, highlighting industries. Vapour compression heat pumps are the most promising …

Reversible heat pumps are key technologies for the decarbonization of space heating and
cooling in buildings. Considering the ongoing research on these technologies, it is important …

Decarbonization potential estimation is critical to calculate and measure a specific area's
actual greenhouse gas reduction capacity. However, it is often challenging to estimate …

With increasing urbanisation, urban household electricity consumption (UHEC) has become
the most dynamic aspect of China's energy growth. However, existing studies suffer from …