As the world continues to urbanize at an unprecedented rate, the energy demand in cities is
rising. Buildings account for over 75% of all the energy consumed in cities and are …

Through demand for heating and cooling, local climate can affect the energy loads of
buildings by up to 80%. The main research limitation in this field of research is the single …

Buildings account for over a third of end energy demand in many countries worldwide.
Modelling this demand accurately marks the first step in producing forecasts that can help …

Carbon emissions of existing buildings in China have accounted for over 1/4 of the national
total, and energy management in the building sector is influenced by energy performance …

Utilizing renewable energy in buildings is promising for alleviating the energy crisis and
environmental pollution problems. Pulsating heat pipes (PHPs) are considered as a good …

The transition to clean and sustainable energy systems in the building sector is vital to
reduce global greenhouse gas emissions. In this regard, shifting the focus from single …

Urban building energy modeling is crucial for guiding carbon reduction policies, but
acquiring reliable data at the urban scale remains challenging. This study develops a model …

Decarbonizing the residential buildings sector is important to realize a net-zero future.
However, little research comprehensively explores how residential energy by end-uses, ie …

Understanding and modeling building electricity consumption is paramount for demand-side
decarbonization. Using a data-driven approach, this study proposes a hierarchical model to …

Energy demand flexibility from commercial buildings can play a critical role in the ongoing
energy transition. There is an urgent need to redirect more research and deployment efforts …