This paper reviews recent research on the demand flexibility of residential buildings in
regard to definitions, flexible loads, and quantification methods. A systematic distinction of …

Existing grids have been designed with traditional large centralized generation in mind;
however, with the ever-increasing utilization of renewable distributed energy resources, the …

Demand side energy flexibility is increasingly being viewed as an essential enabler for the
swift transition to a low-carbon energy system that displaces conventional fossil fuels with …

Pre-formed internal insulative panels with impregnated phase change materials (PCM) can
significantly increase both the thermal resistance and thermal capacitance of existing or new …

Quantification of demand flexibility is of key importance to decision makers at the planning
level, when designing demand response programs and determining capacity requirements …

A key issue in energy flexibility assessment is the lack of a scalable practicable approach to
quantify and characterise the flexibility of individual residential buildings from an integrated …

In the present context of evolution of the power and energy systems, more flexibility is
required on the generation and demand side, to cope with the increasing uncertainty mostly …

This research explores socio-technical perspectives of the demand-side management
strategy of using the built environment for short term thermal energy storage. Here …

Along with the increasing application of the renewable energy in the energy systems, the
future energy system will be more stochastic and fluctuated. Therefore, it is of great …

This study focuses on evaluating the energy flexibility potential of an innovative cooling
technology that consists of a standard radiant ceiling panel incorporating macro …