Despite the advances in solar forecasting methods, and their ever-increasing accuracy, little
is known about their value for real applications, eg, bidding in the electricity market, power …

As the number of photovoltaic (PV) installations across the world keeps on increasing, their
impacts on power systems are becoming more visible and more severe. In this two-part …

This paper formulates a risk-based robust decision making framework for a Smart Building
(SB) energy management system under demand and supply uncertainty. The last aim of the …

This paper proposes a new method to determine the sizing and siting of diesel generators
(DGs), photovoltaic (PV) solar panels, and batteries for off-grid systems. In this work, the …

Rising costs for energy are increasingly becoming a vital factor for the production planning
of manufacturing companies. Manufacturers face the challenge to react to dynamic energy …

Power dispatch is a core problem for smart grid operations. It aims to provide optimal
operating points within a transmission network while power demands are changing over …

This paper proposes an approach to optimize sizing and placement of photovoltaic solar
panels (PV) and batteries in systems which employ diesel generators (DGs) as their only …

This work analyses the economic and technical impact of local reactive power provision in
grid-connected microgrids with distributed energy resources. Costs of reactive power …

Photovoltaic (PV) system inverters have been frequently utilized for reactive power support
in the literature. Although the benefits of PV reactive power for the grid have been quantified …

This work proposes an analytical approach for reactive power dispatch and energy arbitrage
in grid-connected distribution systems with distributed energy resources. The …