Demand-side management (DSM) has a crucial role in the attainment of sustainable energy
that aims to optimize the energy utilization and mitigate emissions. Hence, DSM enhances …

Photovoltaic generation and electric mobility are disruptive technologies in the power and
transport sectors, and both pose challenges for power grids. The scholarship has focused on …

With the increasing demand for electricity and the advent of smart grids, developed countries
are establishing demand side management (DSM) techniques to influence consumption …

Economic, ecologic, and social benefits support the rapid diffusion of grid-connected
microgrids (MG). Economic feasibility still stands out as the primary goal of commercial MGs …

Increasingly, residential customers are deploying PV units to lower electricity bills and
contribute to a more sustainable use of resources. This selective decentralization of power …

Variable renewable energies (VRE), in particular wind and solar PV, constitute a key option
to reduce global greenhouse gas emissions. Future policy scenarios therefore propose a …

The growing capacity of intermittent energy sources causes more frequent system
imbalances as well as congestion. Demand flexibility is a valuable resource that can be …

Electricity grid tariffs are a lever for reinforcing the coupling of district heating systems to the
electricity system and for activating flexibility from power-to-heat (P2H) technologies and …

Growing self-generation and storage are expected to cause significant changes in
residential electricity utilization patterns. Commonly applied volumetric network tariffs may …

Households are responsible for more than one-third of global energy consumption and exert
a significant environmental impact. Therefore, energy efficiency and renewable energy …