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Hedging electricity portfolios via stochastic programming (1999)

Abstract
Electricity producers participating in the Nordic wholesale-level market face significant uncertainty in inflow to reservoirs and prices in the spot and contract markets. Taking the view of a single risk-averse producer, we propose a stochastic programming model for the coordination of physical generation resources with hedging through the forward and option market. Numerical results are presented for a five-stage. 256 scenario model that has a two year horizon.

Publication details
Download http://edoc.hu-berlin.de/series/speps/1999-5/PDF/5.pdf
http://edoc.hu-berlin.de/series/speps/1999-5/PS/5.ps
Publisher Humboldt University Berlin, Germany
Repository Humboldt University of Berlin, GERMANY, Document Server (Germany)
Keywords Mathematik, Stochastic programming, hydro scheduling, portfolio management, deregulated electricity market
Type Text, report
Language eng