The electric industry is developing towards a more efficient, reliable, and resilient electric
power network. In this way, utilizing distributed energy resources (DERs), especially …

While industrial demand response programmes have long been valued to support the power
grid, recent advances in information and communications technology have enabled new …

Multi-carrier microgrids are increasingly recognized to play a critical role in capturing the
synergies between various vectors of energy, including electricity, gas, and heating/cooling …

The establishment of the concept of sustainable, decentralised, multi-carrier energy systems,
together with the declining costs of renewable energy technologies, has proposed changes …

Bridging the gap between simulation and reality for successful micro-grid (MG)
implementation requires accurate mathematical modelling of the underlying energy …

This paper presents an analysis of how intelligent network approaches can be used to
inform renewable energy scheduling decisions. Integrated energy system (IES) optimum …

Renewable energy generating systems can be used to supply some or all of electricity
needs, using technologies like solar, wind, or micro hydropower systems. Trading this kind …

This paper presents a novel approach for stochastic planning of multi-dimensional
microgrids (MGs) integrating solar photovoltaic panels, wind turbines, a micro-hydro power …

A robust solution to the optimal micro-grid (MG) sizing problem requires comprehensive
quantification of the underlying parametric uncertainties-particularly, the uncertainty in …

Following the fast uptake of distributed energy resources over recent years, there is a
growing interest in peer-to-peer (P2P) energy sharing. This is a complex problem as a P2P …