Decentralized and simultaneous generation and transmission expansion planning through cooperative game theory
Hariyanto N.a, Nurdin M.a, Haroen Y.a, Machbub C.a
a Institut Teknologi Bandung, Indonesia
Abstract
In the new paradigm, electric power system development should provide a negotiation space mechanism between all players with the objective function to maximize payoff distributed to each player in the system. Uncertainty risk and operate effectively and efficiently become a high consideration for all players in the decision making processes to select an investment and power system operation. This paper deals with simultaneous and desentralized with multiple objectives scenario within a global framework. The planning mechanism is prepared on the basis of cooperative game theory. Its coperative framework will encouraged an independently, distributed decision making in the competitive structure environtment. Main contributions of this paper are: a general model for power system planning in the form of cooperative game theory, and its time and spatial decomposition. This method will be implemented in Garver test system.
Author keywords
Indexed keywords
Coalition formation,Game theory,Power system planning,Shapley bilateral,Static security