Using game theory to analyze electric transmission pricing policies in the United States

Article Abstract:

Game theory models are utilized for the estimation of the probable effects of different policies on productive efficiency and gains distribution among sellers, transmitters and power consumers. Static cooperative models are used in calculating probable outcomes of short-run transmission games. Long-run games characterized by transmission capacity as a decision variable are modeled as dynamic noncooperative Stackelberg games. The results indicate that rate regulation and compulsory access could negatively affect consumers by the removal of building transmission capacity incentives. Also, wheeling prices should be allowed to exceed the marginal cost of transport.

Linear programming, Usage, Economics, Power resources, Game theory

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Efficient market-clearing prices in markets with nonconvexities

Article Abstract:

The existence of market clearing prices that support competitive equilibrium prices in electric power market with nonconvexities is addressed.

Electric power

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A pricing model for clearing end-of-season retail inventory

Article Abstract:

Solution for retail inventory clearance pricing problem is derived using a discrete time pricing model.

Retail Inventories, Models, Discrete-time systems, Discrete time systems, Special sales

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