A model of incentives for primary renewable energy sources through enveloping data analysis. Alteration of generator access charges in an electrical transmission system by applying a virtual production function

Authors

  • Gustavo Shweickardt CONICET. Instituto de Economía Energética. Fundación Bariloche.
  • Juan Manuel Gimenez CONICET. Universidad Nacional San Juan. Facultad de Ingeniería. Departamento de Electromecánica.

Keywords:

virtual production function, renovables energy sources, transmission networks, access fees

Abstract

In this work, a model to incentive the participation of renovables primary energy sources in generation market on the transmission network, is presented. The hydro resource is especially considered, without loss of generality in the concepts exposed along the work, because the plants must be installed in the place where the hydro resource is located. For this objective, is introduced a Virtual Production Function, with virtual imputs and outputs, in a DEA Model.

Wich efficiencies will allow to obtain a vector of factors, that change the access network fees in the direction of desired incentives. In this way, the hydroelectric plants will have lowers access fees respect to their originals costs. An application on a real transmission system is finally presented.

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References

AGURTO R. (1992): "CARGOS POR USO DE LA TRANSMISIÓN EN CHILE: ANÁLISIS DEL CONCEPTO DE ÁREAS DE INFLUENCIA". 6º Congreso de América Latina y el Caribe sobre Economía de la energía eléctrica, Mendoza, Argentina.

ARRILLAGA J., ARNOLD C., HARKER B. (1991): ”COMPUTER MODELLING OF ELECTRICAL POWER SYSTEMS”. John Wiley & Sons, pgs 90-123. ISBN 0-47-110406-X.

CHARNES A., COOPER W. Y RHODES E. (1978): “MEASURING THE EFFICIENCY OF DECISIÓN MAKING UNITS”. European Journal of Operational Research, Vol. 2(6) – pps. 429, 444.

BANKER R.D., CHARNES A., COOPER W.W. (1984). “SOME MODELS FOR ESTIMATING TECHNICAL AND SCALE EFFICIENCIES IN DATA ENVELOPMENT ANALYSIS”. Management Science. Vol. 30- pps. 1078, 1092.

FARREL, M.J. (1957): “THE MEASUREMENT OF PRODUCTIVE EFFICIENCY”. Journal of the Royal Statistical Society. Series A-Part III-Vol.

120-pps. 253, 290.

KOOPMANS T.C. (1951): “AN ANALYSIS OF PRODUCTION AS AN EFFICIENT COMBINATION OF ACTIVITIES”. In: KOOPMANS, T. C, Activity analysis of production and allocation. Cowles Commission for Research in Economics. Monograph nro. 13. NY, JWS.

MUELA E., SCHWEICKARDT G., GARCÉS F. (2007): “FUZZY POSSIBILISTIC MODEL FOR MEDIUM-TERM POWER GENERATION PLANNING WITH ENVIRONMENTAL CRITERIA”. ENERGY POLICY. ELSEVIER. Vol. 35, pps. 5643,5655.

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Published

2018-06-18

Issue

Vol. 20 No. 33 (2012): Octubre

Section

Aplicaciones

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How to Cite

A model of incentives for primary renewable energy sources through enveloping data analysis. Alteration of generator access charges in an electrical transmission system by applying a virtual production function. (2018). Revista De La Escuela De Perfeccionamiento En Investigación Operativa, 20(33), 158-180. https://revistas.psi.unc.edu.ar/index.php/epio/article/view/20349