We develop a nonlinear mathematical optimization program for investigating the economic and environmental implications of wind penetration in electrical grids and evaluating how hydropower storage could be used to offset wind power intermittence. When wind power is added to an electrical grid consisting of thermal and hydropower plants, it increases system variability and results in a need for additional peak-load, gas-fired generators. Our empirical application using load data for Alberta's electrical grid shows that costs of wind-generated electricity vary from $37 per MWh to $68/MWh, and depend primarily on the wind profiles of installed turbines. Costs of reducing CO2 emissions are estimated to be $41-$56 per t CO2. When pumped hydro storage is introduced in the system or the capacity of the water reservoirs is enhanced, the hydropower facility could provide most of the peak load requirements obviating the need to build large peak-load gas generators.
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Volume (Year): 30 (2008) Issue (Month): 4 (July) Pages: 1973-1989 Download reference. The following formats are available: HTML
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Paper
Pablo Benitez & Lilianna Dragulescu & G. Cornelis van Kooten, 2006.
"The Economics of Wind Power with Energy Storage,"
Working Papers
2006-02, University of Victoria, Department of Economics, Resource Economics and Policy Analysis Research Group.
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