A game-theoretic framework for active distribution network planning to benefit different participants under the electricity market

Game-theoretic Study of Electricity Market Mechanisms

On European Electricity Market Liberalization: A Game-Theoretic Approach

In this paper we deal with the European electricity market liberalization problem, formulated as a game with electricity producers as players, while the consumers’ electricity demand is exogenous. The producers maximize their profit by choosing how much electricity they will produce individually by means of electricity production available to them. The aim of the research presented in this pape...

The electricity market game

This paper examines the effects of imperfect competition in unregulated electricity markets from a general equilibrium perspective, and demonstrates that horizontal market power can explain both the large peak-period price spikes observed recently in California and elsewhere, and the marked reduction in additions to capacity that have also occurred during the transition to competitive markets.

Measuring the efficiency of Iranian electricity distribution companies, a combined approach to bargaining game with DEA

 Many models have been proposed for measuring performance of business agencies up to now. The goal of this research is providing a new approach for evaluation and measurement of efficiencies of national power distribution companies. This approach is provided as a combination of Data Envelopment Analysis (DEA) and Game Theory for evaluation of decision-making units by a large scale of actions. I...

Intelligent Flow Control Under Game Theoretic Framework

In this chapter, we organize our work in two parts. The first part deals with the connection admission control (CAC) problem in ATM networks. By taking dynamic CAC from a different point of view, we propose a cooperative game model that considers certain combination of user preferences to optimize the call block probability while maintaining certain negotiated QoS. After deriving the product fo...