We consider a market in which suppliers with asymmetric capacities and asymmetric
marginal and fixed costs compete to satisfy a deterministic and inelastic demand of a …

Complementarity models can represent the simultaneous optimization problems of one or
several interacting decision-makers, and thus they have become an increasingly important …

Electricity pools are generally cleared through auctions that are conveniently formulated as
mixed-integer linear programming problems. Since a mixed-integer linear programming …

The everlasting consumption of fossil fuels with limited reserves amid climate change and
environmental pollution arises public awareness of sustainable development, which calls for …

We address two key challenges towards an effective and accountable emission trading
system (ETS). The first is to determine the individual policies while ensuring a fair allocation …

As the electric network progressively shifts away from fossil fuel-fired generators to inverter-
based generators, including most renewable energy sources (RESs), considering the …

We propose a novel method to find Nash equilibria in games with binary decision variables
by including compensation payments and incentive-compatibility constraints from non …

This paper proposes mathematical models for sequential coordination of transmission
expansion planning with strategic generation investments. The proactive and reactive …

The first of this two-paper series addresses a practical day-ahead auction model, where
generation revenue constraints are explicitly incorporated in the problem formulation, as …

This paper provides a methodology to solve Nash–Cournot energy production games
allowing some variables to be discrete. Normally, these games can be stated as mixed …