Wind energy is a rapidly growing source of renewable energy generation. However, the
current extra-market approach to its assimilation into the electric grid will not scale at deep …

An optimal supply and demand bidding, scheduling, and deployment design framework is
proposed for battery systems. It takes into account various design factors such as the day …

The high penetration level of renewable energy is thought to be one of the basic
characteristics of future smart grids. Wind power, as one of the most increasing renewable …

This paper presents a new model for optimal trading of wind power in day-ahead (DA)
electricity markets under uncertainty in wind power and prices. The model considers …

This paper presents a novel time-adaptive quantile-copula estimator for kernel density
forecast and a discussion of how to select the adequate kernels for modeling the different …

Due to the variability and limited predictability of wind power, wind producers participating in
most electricity markets are subject to significant deviation penalties during market …

This paper explores scenarios in which independent wind power producers form willing
coalitions to exploit the reduction in aggregate power output variability obtainable through …

Wind power represents a significant percentage of the Spanish generation mix and this
trend will increase due to the commitment of the European Union to the full deployment of …

Wind power is one of the most rapidly growing clean and renewable energy sources.
However, due to the uncertainty and intermittency of wind power, the increasing penetration …

The optimal-power-flow-based problems, such as economic dispatch, unit commitment,
optimal power flow, market clearing, and power system expansion planning, are subject to …