The realistic power systems include several types of controllers in transmission lines,
different types of energy storage systems (ESSs), and integration of various renewable …

This study provides a thorough analysis of unit commitment (UC) formulations in the context
of low-inertia power systems, which are increasingly prevalent as the transition to …

This paper presents a new formulation for the preventive security-constrained unit
commitment problem modeling Nk line outages and transmission losses. The pre-and post …

This paper provides a novel computationally efficient nonlinear method for solving the unit
commitment of turbines for a single hydropower plant. A closed-form solution was derived for …

Currently, optimization models for the safe and reliable operation of power systems deal with
two major challenges: the first one is the reduction of the computational load when …

Monthly unit commitment (UC) is a decision‐making process that determines the optimal
generation scheduling of mid and long‐term power system, often operating as a subproblem …

Vulnerability studies can identify critical elements in electric power systems in order to take
protective measures against possible scenarios that may result in load shedding, which can …

The uncertainty related to the massive integration of intermittent energy sources (eg, wind
and solar generation) is one of the biggest challenges for the economic, safe and reliable …

Abstract In 2015, the Ministry of Energy created a wholesale electricity market in Mexico. As
a result, the country shifted from a vertically integrated regulation to a competitive market …

This project proposes the application of interpretable machine learning techniques to the
unit commitment problem in order not only to predict the optimal solutions but also to …