Community microgrids represent a pivotal solution for addressing energy conservation and
reducing carbon emissions. However, few studies focused on the methods of concurrently …

The rapid growth of energy consumption in densely populated urban areas with limited land
space, especially in hot climates, poses significant challenges. The Australian University of …

Amidst the changing climate conditions, electricity retailers-led demand response programs
and the emergency backup power for possible grid outages are often discussed in isolation …

The rapid expanding of refurbishment incentives requires to deserve more attention on how
to reach nearly zero energy standard without compromising occupant wellness, when the …

Buildings have great energy flexibility potential to manage supply-demand imbalance in
power grids with high renewable penetration. Accurate and real-time quantification of …

The large-scale integration of distributed resources in flexible direct current (DC) distribution
networks with buildings to the grid presents challenges. These networks can be combined …

As the penetration rate of renewable energy in the power grid increases, the imbalance
between power supply and demand has become one of the key issues. Buildings and their …

As energy flexibility becomes more important for utility grids globally, energy modelling and
simulation tools provide a means to develop and test strategies to cope with the increased …

To reduce peak demand for electric heating in small-scale greenhouses, thermal energy
storage (TES) devices can be implemented. Studies that have explored the potential of TES …

abstract Transportation electrification plays a crucial role in mitigating greenhouse gas
(GHG) emissions and enabling the decarbonization of power systems. However, current …