Payoff Allocation for Voltage Management System in Distribution Network using Demand Resources

Sekizaki Shinya, Nishizaki Ichiro, Hayashida Tomohiro, Nadayoshi Takuya, Masumi Shinya

doi:10.5687/iscie.32.234

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Other Title

需要家リソース活用型配電系統電圧管理システムに対する利得配分
ジュヨウカリソースカツヨウガタハイデンケイトウデンアツカンリシステムニタイスルリトクハイブン

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Abstract

This paper proposes a novel cooperative framework to develop the efficient voltage management system with social acceptance in the distribution network with photovoltaic generations (PV). In the developed framework, the voltage management problem using demand resources of consumers is formulated as the linear programming problem based on the cooperative game theory. The proposed method can efficiently compute an imputation in the non-empty core, i.e., a solution concept of the cooperative game, to realize the reliable voltage management system. Unlike previous related works, this paper explicitly addresses incentives of the consumers to the cooperative voltage management system. Moreover, although the computation of the core requires generally a huge computational time, this paper can efficiently allocate the payoff in the core by employing the linear production game (Owen, 1975). The proposed method is validated by computational experiments using a large scale distribution network model with PVs.

Journal

Transactions of the Institute of Systems, Control and Information Engineers

Transactions of the Institute of Systems, Control and Information Engineers 32 (6), 234-248, 2019-06-15

THE INSTITUTE OF SYSTEMS, CONTROL AND INFORMATION ENGINEERS (ISCIE)

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