A modelling breakthrough for market design analysis to test massive intermittent generation integration in markets results of selected OPTIMATE studies

Francois Beaude,A Atayi,J Y Bourmaud,Dietmar Richard Graeber,Sascha Thorsten Schroder,P E Morthorst,Lena Kitzing,Marcelo Saguan,Vincent Rious,J M Glachant, E Rivero Puente, T Pagano, A Vafeas

European Energy Market（2013）

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摘要

The OPTIMATE1 platform focuses on electricity system and market designs modelling in order to assess current and innovative designs in Europe. The current paper describes the results of the first validation studies' conducted with the tool. These studies deal with day-ahead market rules, load flexibility, cross-border management and intermittent renewable support schemes with a view to better integrating large amounts of renewable energy in Europe. Market and system designs were assessed based on economic efficiency, security of supply2 and environmental impact3 indicators. These results give a promising insight into the tool and its possible future use by transmission system operators, regulators, and other public entities.

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关键词

environmental factors,power generation economics,power markets,power system management,renewable energy sources,europe,optimate study,cross-border management,day-ahead market rule,economic efficiency,environmental impact indicator,intermittent renewable support scheme,load flexibility,market design analysis,renewable energy,security of supply,test massive intermittent generation integration,transmission system operator,intermittent res,market design,power market model,computational modeling,logic gates,electricity,real time systems,security

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