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Group of Numerical Optimization and Modeling. GNOM

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Stochastic optimal day-ahead bid with physical future contracts

Stochastic optimal day-ahead bid with physical future contracts https://gnom.upc.edu/en/PDFs/conferences/stochastic-optimal-day-ahead-bid-with-physical-future-contracts/view https://gnom.upc.edu/++resource++plone-logo.svg

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Stochastic optimal day-ahead bid with physical future contracts

CorcheroHeredia_iwor08.pdf

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A package for $L_1$ controlled tabular adjustment.
A stochastic approach to the decision support procedure for a Generation Company operating on Day-Ahead and Physical Derivatives Electricity Market
Optimal Bidding Strategies for Thermal and Combined Cycle Units in the Day-ahead Electricity Market with Bilateral Contracts
Poster
Paper
Stochastic programming models for optimal bid strategies in the Iberian Electricity Market
Improving electricity market price scenarios by means of forecasting factor models
A Short-term Scheduling Model for a Generation Company operating on Day-Ahead and Physical Derivatives Electricity Markets
A decision support procedure for a Price-Taker producer operating on Day-Ahead and Physical Derivatives Electricity Markets
Stochastic optimal day-ahead bid with physical future contracts
Stochastic programming model for the day-ahead bid and bilateral contracts settlement problem
Optimal thermal and virtual power plants operation in the day-ahead electricity market.
A decision support procedure for the short-term scheduling problem of a Generation Company operating on Day-Ahead and Physical Derivatives Electricity Markets
A mixed-integer stochastic programming model for the day-ahead and futures energy markets coordination
Optimal Short-Term Strategies for a Generation Company in the MIBEL
Generalized Unit Commitment
The radar multiplier method: a two-phase approach for large scale nonlinear combinatorial optimization problems
Tutorial on Nonlinear Optimization
PLANNC: a projected Lagrangian based implementation for constrained nonlinear network flow problems
Constrained nonlinear network flow problems through projected Lagrangian methods
Augmented Lagrangean Relaxation and Decomposition Applied to the Short-Term Hydrothermal Coordination Problem
Computational study of NOXCB: an optimization code for the nonlinear network flow problem with linear side constraints
Short-Term Hydrothermal Coordination by Augmented Lagrangean Relaxation: a new Multiplier Updating
Nonlinear network flow problems with side constraints through projected Lagrangian methods
Planificación Hidrotérmica a Corto Plazo. Optimización de un modelo acoplado de flujos no lineales en red
Network Model of Short-Term Optimal Hydrothermal Power Flow with Security Constraints
Optimum Short-Term Hydrothermal Scheduling with Spinning Reserve through Network Flows
Nonlinear network flows with side constraints applied to short term hydrothermal coordination of electricity generation
Numerical implementation and computational results of nonlinear network optimization with linear side constraints
Large scale nonlinear network optimization with linear side constraints
A model for the joint optimization of the long-term generation planning and maintenance of the units
Joint solution to the long-term power generation planning and maintenance scheduling
VespucciCorcheroInnortaHeredia_MITIP_09.pdf
CorcheroHeredia_EEM10_gnom.pdf
CorcheroHerediaMuñoz_EURO2010_gnom.pdf
MijangosHeredia_euro2010_gnom.pdf
MijangosHerediaCorchero_OR2010_ExtAbst_gnom.pdf
Medium-term Generation Planning in Liberalized Mixed Electricity Markets
euro2010_mari_nabona.pdf
NUMOPEN10_Heredia
trmtgpolem2.pdf
NUMOPEN 2010_Albert Ferrer.pdf
EEM11 Slides
ifip11
HerediaCorchero_OPT11_gnom.pdf
CMS2012

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Campus Diagonal Nord, Building C5. C. Jordi Girona, 1-3 08034 Barcelona

Tel.: 93 401 58 54 (Castro) ; 93 401 70 35 (Nabona)

E-mail: jordi.castro@upc.edu ; narcis.nabona@upc.edu

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