With the declaration of the net-zero emission pledge by 2050, improving the hosting capacity
of distributed generations is crucial for the distribution system operators to operate the …

As the share of renewable energy in the electricity generation mix increases, electrification
of buildings will become a practical way to reduce GHG emissions. However, the expected …

This paper presents a general methodology to model and activate the energy flexibility of
electrically heated school buildings. The proposed methodology is based on the use of …

Sustainable development has been one important transition goal worldwide. The flexible
design extends the frequency and lifespan of buildings by meeting the ever-changing needs …

This paper presents a general methodology to model and activate the energy flexibility of
electrically heated school buildings. The proposed methodology is based on the use of …

This thesis investigates methods to enhance the energy flexibility potential of school
buildings through simulation and experimental studies. It contributes a general methodology …

This paper aims to quantify and enhance the energy flexibility of electrically-heated school
buildings by adjusting the local temperature in the classrooms, while considering thermal …

Power and energy flexibility in buildings and sites is an integral part of the solution to
address the electrical grid's challenges posed by increasing renewable generation …