As demand response and energy flexibility are often suggested as key principles to facilitate
high levels of renewable energy sources into energy markets, different studies evaluated the …

With building electric demand becoming increasingly dynamic, and a growing percentage of
intermittent renewable power generation from solar photovoltaics and wind turbines, the …

The increasing share of fluctuating renewable energy generation in the energy system
increases the need for flexibility options. Building energy systems (BES) with their …

The use of structural thermal storage is often suggested as a key technology to improve the
penetration of renewable energy sources and mitigate potential production and distribution …

To date, the energy flexibility assessment of multicomponent electrical and thermal systems
in residential buildings is hindered by the lack of adequate indicators due to the different …

In the present energy scenario, buildings are playing more and more as energy prosumers.
They can use and produce energy and also actively manage their energy demand. The …

Buildings are increasingly being seen as a potential source of energy flexibility to the smart
grid as a form of demand side management. Indicators are required to quantify the energy …

The large penetration rate of renewable energy sources leads to challenges in planning and
controlling the energy production, transmission, and distribution in power systems. A …

In the future due to continued integration of renewable energy sources, demand-side
flexibility would be required for managing power grids. Building energy systems will serve as …

Recently, demand flexibility has been highlighted as a promising distributed resource from
the customer side, especially from industrial customers like commercial buildings, capable of …