The possibility of onsite production and flexible consumption is transforming consumers from
passive users to active service providers in power systems with the large share of renewable …

Due to the rising share of variable renewable energy, balancing market integration (BMI)
has been advocated as a promising solution to achieve flexible resource sharing among …

This research studies how the process of equalizing the supply and demand of electrical
energy can be improved in a foreseeable scenario characterized by a high share of …

In this paper we analyze the impact of growing renewable energy generation on the
instances of negative day-ahead auction prices. We perform a simulation that is based on …

Electricity balancing is one of the main demanders of short-term flexibility. To improve its
integration, the recent regulation of the European Union introduces a common standalone …

With the worldwide restructuring of power markets, it is more meaningful to analyze the
bidding behaviors of generation companies (GENCOs). A realistic bidding behavior model …

Auction is a dominant way to allocate transport capacities for the aim of profit, fairness, and
transparency. Previous related work focuses on the natural gas pipeline and cannot be …

The imbalance market is very volatile and often exhibits extreme price spikes. This makes it
very hard to model; however, if predicted correctly, one could make significant gains by …

Abstract According to Sustainable Development Goals (SDGs), societies should have
access to affordable, reliable, and sustainable energy. Liberalized electricity markets have …

This paper presents a novel methodological approach for the optimal day-ahead energy
market bidding behavior of a cascaded hydropower plants (HPPs) portfolio in the sequential …