An integrated electricity market model
Development of an integrated electricity market model for Western Europe
The objective of this research project commissioned by EC’s DG JRC-IPTS is to develop a comparative static model of the electricity markets of seven EU member states namely Portugal, Spain, France, Germany, Belgium, the Netherlands, and Luxembourg, considering explicitly the cross-border interconnections between those countries.
The model will be used to carry out oligopolistic welfare analyses depending on exogenously assumed scenario settings defining explicitly:
- installed power generation capacity,
- availability/capacity factors,
- country-dependent fuel prices,
- share of bilateral/spot electricity trading,
- international transmission capacities and tariffs,
- mergers and acquisitions (also demergers),
- renewable electricity support schemes (namely feed-in tariffs and green certificate markets),
- renewable electricity targets,
- emission limits.
The consortium (TML, MEERI, and TECNALIA) will build a model based on the use of the game theory-based Cournot approach with inclusion of Conjectural Variations (CV), since:
- market agents adapt outputs in response to the actions of other agents,
- the methodology is able to produce more plausible and realistic results, in terms of quantities and prices, than other modelling alternatives,
- the approach allows representing a wide range of market structures (ranging from full competitive markets to oligopolies and cartels).
The model will be formulated as a Mixed Complementarity Problem (MCP). This provides a general mathematical framework particularly well-suited to model energy markets: the equations governing the equilibrium in those markets are defined by the Karush-Kuhn-Tucker (KKT, defining the conditions for profit maximisation) and market-clearing (supply equal to demand) conditions, plus the conditions representing other constraints (such as emission limits, renewable electricity targets, capacity limits, et cetera).
reports
No report available yet
period
2011-2012
funded by
European Commission, DG Joint Research Centre, Institute for Prospective Technological Studies (IPTS)
partners
MEERI (Poland), TECNALIA (Spain)
contact
Kris Vanherle
+32 16 31.77.38
