This paper compares two popular models of oligopolistic electricity markets, Cournot and the Supply Function Equilibrium (SFE), and then tests which model best describes the observed market data. Using identical demand and supply specifications, both models are calibrated to the German electricity market by varying the contract cover of firms. Our results show that each model explains almost the same fractions of the observed price variations. We therefore suggest using Cournot models for short-term analysis, since these models can accommodate additional market details, such as network constraints, and the SFE model for long-term analysis (e.g., the study of a merger) since it is less sensitive to the calibration parameters selected.Supply ...
We present an empirical analysis of a supply function equilibrium model in the Texas spot electricit...
We consider a supply function model of a poolco electricity market where demand varies significantly...
This paper analyzes the competitive structure characterizing the Italian Day-Ahead electricity marke...
This paper compares two popular models of oligopolistic electricity markets, Cournot and the Supply ...
The liberalization of the electricity sector increases the need for realistic and robust models of t...
The liberalization of the electricity sector increases the need for realistic and robust models of t...
This paper compares two popular models of oligopolistic electricity markets, Cournot and the Supply ...
Research into modeling electricity markets is continuing and the subject of many debates. All types ...
Rising prices in the German wholesale electricity market have spurred discussions about the potentia...
A revolutionary approach to modeling oligopolistic electricity markets is presented in this paper. T...
The paper deals with the Supply Function Equilibrium (SFE) as a model of competition in electricity ...
We present a comparison between the Cournot and the Supply Func-tion Equilibrium models under linear...
A model to simulate the affect of restructuring in Vir-ginia’s electricity market, if and when restr...
We consider electricity producers playing on the energy market. We model an oligopoly market facing ...
We use experiments to study market power with supply function competition, akin to the competition i...
We present an empirical analysis of a supply function equilibrium model in the Texas spot electricit...
We consider a supply function model of a poolco electricity market where demand varies significantly...
This paper analyzes the competitive structure characterizing the Italian Day-Ahead electricity marke...
This paper compares two popular models of oligopolistic electricity markets, Cournot and the Supply ...
The liberalization of the electricity sector increases the need for realistic and robust models of t...
The liberalization of the electricity sector increases the need for realistic and robust models of t...
This paper compares two popular models of oligopolistic electricity markets, Cournot and the Supply ...
Research into modeling electricity markets is continuing and the subject of many debates. All types ...
Rising prices in the German wholesale electricity market have spurred discussions about the potentia...
A revolutionary approach to modeling oligopolistic electricity markets is presented in this paper. T...
The paper deals with the Supply Function Equilibrium (SFE) as a model of competition in electricity ...
We present a comparison between the Cournot and the Supply Func-tion Equilibrium models under linear...
A model to simulate the affect of restructuring in Vir-ginia’s electricity market, if and when restr...
We consider electricity producers playing on the energy market. We model an oligopoly market facing ...
We use experiments to study market power with supply function competition, akin to the competition i...
We present an empirical analysis of a supply function equilibrium model in the Texas spot electricit...
We consider a supply function model of a poolco electricity market where demand varies significantly...
This paper analyzes the competitive structure characterizing the Italian Day-Ahead electricity marke...