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Analysis of Extended Locational Marginal Price 扩展的节点电价算法研究
Wang,Xuanyuan1,2; Gao,Feng1; Kang,Chongqing1; Li,Canbing3; Liu,Qian3; Han,Yinghui4; Yu,Chien Ning5; Xie,Le6; Sheble,Gerald7; Song,Yonghua1,8
2019-10-05
Source PublicationDianwang Jishu/Power System Technology
ISSN1000-3673
Volume43Issue:10Pages:3587-3596
AbstractFirstly, this paper reviews optimal power flow and security-constrained economic dispatch problem, focusing on the principle of locational marginal price. This paper discusses some drawbacks of the pricing mechanism based on security-constrained economic dispatch and security-constrained unit commitment under non-convexity conditions, and explains how to use extended locational marginal price algorithm to reduce uplift cost and promote incentive- compatible pricing scheme. Then, using duality theory, this paper gives a rigorous proof on the uplift cost under typical pricing mechanism: convex hull price, locational marginal price, and integer relaxation price, and particularly elaborates its physical meaning from geometric perspective. Finally, this paper implements a set of optimization algorithms with mixed integer programming and Lagrangian relaxation for unit commitment. Numerical results prove correctness of the proposed relationship between the uplift cost induced by locational marginal price and integer relaxation price, and the minimum uplift cost by convex hull price. Research on incentive-compatible pricing mechanisms will facilitate integration of distributed renewable energy resources into power grid, thereby driving transformation and upgrading of power systems to clean, efficient, and smart goals.
KeywordConvex hull price Integer relaxation price Lagrangian duality Location marginal price Non-convex optimization
DOI10.13335/j.1000-3673.pst.2018.3038
URLView the original
Language中文
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Document TypeJournal article
CollectionUniversity of Macau
Corresponding AuthorGao,Feng
Affiliation1.Department of Electrical Engineering,Tsinghua University,Beijing,Haidian District,100084,China
2.Jibei Power Grid Inc. of SGCC,Beijing,Xuanwu District,100053,China
3.School of Electrical and Information Engineering,Hunan University,Changsha,410079,China
4.Department of Mathematics and Physics,North China Electric Power University,Baoding,071003,China
5.ABB Inc.,San Jose,95134,United States
6.Texas A &M University,College Station,77843,United States
7.Maxima Sys Inc.,Seattle,98501,United States
8.Department of Electrical and Computer Engineering,University of Macau,Macao
Recommended Citation
GB/T 7714
Wang,Xuanyuan,Gao,Feng,Kang,Chongqing,等. Analysis of Extended Locational Marginal Price 扩展的节点电价算法研究[J]. Dianwang Jishu/Power System Technology,2019,43(10):3587-3596.
APA Wang,Xuanyuan,Gao,Feng,Kang,Chongqing,Li,Canbing,Liu,Qian,Han,Yinghui,Yu,Chien Ning,Xie,Le,Sheble,Gerald,&Song,Yonghua.(2019).Analysis of Extended Locational Marginal Price 扩展的节点电价算法研究.Dianwang Jishu/Power System Technology,43(10),3587-3596.
MLA Wang,Xuanyuan,et al."Analysis of Extended Locational Marginal Price 扩展的节点电价算法研究".Dianwang Jishu/Power System Technology 43.10(2019):3587-3596.
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