Electricity Market Partitioning Strategy Based on Locational Marginal Price

doi:10.3969/j.issn.1000-7229.2017.09.019

Abstract

Abstract:

ABSTRACT： With the acceleration of electricity market reform in China, the regional long-term electricity market gradually matures, and the spot market is becoming the breaking point of the deepen reform of electric power. This paper researches the locational marginal price （LMP） in spot market. Based on the electric reform policies of each province, we analyze the calculation method of LMP under the optimal power flow, use the prediction-correction original-interior-point method to optimize it and build a simulation model in Psat to verify it. Based on the regional influence of blockage on LMP, this paper proposes a partitioning strategy for spot market by considering the regional distance, the bidding of power generation enterprises and the LMP. Simulation results show that the proposed strategy can be applied to spot market partition, which can clearly reflect the price signal of electricity market, provide investment direction for power generation enterprises and power consumers, and promote the orderly development of power spot market.

Key words: spot market, locational marginal price （LMP）, optimal power flow, Psat model, partitioning strategy

CLC Number:

TM 73

SONG Sibo，GUO Hongxia，YANG Ping，LU Zhilin，XU Zhirong，HE Ting. Electricity Market Partitioning Strategy Based on Locational Marginal Price

[J]. Electric Power Construction, 2017, 38(9): 132-.

References

[1]白杨，谢乐，夏清，等. 中国推进售电侧市场化的制度设计与建议［J］.电力系统自动化，2015，39（14）：1-7.

BAI Yang，XIE Le，XIA Qing，et al. Institutional design of Chinese retail electricity market reform and related suggestions［J］. Automation of Electric Power Systems，2015，39（14）：1-7.

［2］舒畅，钟海旺，夏清. 基于优化理论市场化的日前电力市场机制设计［J］.电力系统自动化，2016，40（2）：55-62.

SHU Chang，ZHONG Haiwang，XIA Qing. Day-ahead electricity market design based on market interpretation of optimization theory［J］. Automation of Electric Power Systems，2016，40（2）：55-62.

［3］关于征求做好电力市场建设有关工作的通知（征求意见稿）意见的函（国能综监管［2015］670号）［R］. 2015.

［4］TAYLOR J A，NAYYAR A，CALLAWAY D S，et al．Consolidated dynamic pricing of power system regulation［J］．IEEE Transactions on Power Systems，2013，28（4）：4692-4700．

［5］刘琳，侯志俭，于佐东. 输电阻塞情况下电能计价的LMP方法［J］. 华东电力，2004，32（8）：26-29.

LIU Lin，HOU Zhijian，YU Zuodong. LMP method for electricity pricing during power transmission congestion［J］. East China Electric Power，2004，32（8）：26-29.

［6］曹佳，马洪艳，刘扬，等. 基于节点电价的需求响应策略研究［J］.电网技术，2016，40（5）:1536-1542.

CAO Jia，MA Hongyan，LIU Yang，et al. Research on demand response strategy based on nodal price［J］. Power System Technology，2016，40（5）:1536-1542.

［7］徐芮，刘俊勇，肖万芳，等. 基于分层分区思想的配电网主次网架结构研究［J］. 电测与仪表，2016，53（9）:1-6.

XU Rui，LIU Junyong，XIAO Wanfang，et al. Determining primary and subordinate distribution network configurationbased on the delaminating and districting method［J］. Electrical Measurement & Instrumentation，2016，53（9）:1-6.

［8］杨伟，滕百岸，孙磊. 电力市场中最优潮流模型及算法研究［J］. 电网技术，2012，36（2）：126-130.

YANG Wei，TENG Baian，SUN Lei. Optimal power flow model and its algorithm in environment of electricity market［J］. Power System Technology，2012，36（2）：126-130.

［9］KANWARDEEP S，NARAYANA P P，JAYDEV S．Influence of price responsive demand shifting bidding on congestion and LMP in pool-based dayahead electricity markets［J］．IEEE Transactions on Power Systems，2011，26（2）：886-896．

［10］RAHMAT A，KAVEh A，MAHMOUD R H．A demand response based solution for LMP management in power markets［J］．International Journal of Electrical Power & Energy Systems，2011，33（5）：1125-1132．

［11］石宇，彭建春，刘莉. 惩罚因子在节点定价中的应用研究［J］. 广西大学学报（自然科学版），2009，34（3）：424-429.

SHI Yu，PENg Jianchun，LIU Li. Applied research of penalty factor in bus pricing［J］. Journal of Guangxi University :Nat Sci Ed，2009，34（3）：424-429.

［12］孙长伟，李翔. 节点边际电价与阻塞费用影子价格线性化模型研究［J］. 华北电力技术，2008（5）：7-10.

SUN Changwei，LI Xiang. Locational marginal price and shadow price of congestion in linear model［J］. North China Electric Power，2008（5）：7-10.

［13］杨林峰，简金宝，韩道兰，等. 基于最优中心参数的多中心校正内点最优潮流算法［J］. 中国电机工程学报，2012，32（4）：136-144.

YANG Linfeng，JIAN Jinbao，HAN Daolan，et al. Multiple centrality corrections interior point optimal power flow algorithm based on optimal centering parameter［J］. Proceedings of the CSEE，2012，32（4）：136-144.

［14］宋易阳，李存斌，祁之强. 基于云模型和模糊聚类的电力负荷模式提取方法［J］. 电网技术，2014，38（12）：3378-3383.

SONG Yiyang，LI Cunbin，QI Zhiqiang. Extraction of power load patterns based on cloud model and fuzzy clustering［J］. Power System Technology，2014，38（12）：3378-3383.

［15］林济铿，刘露，张闻博，等. 基于随机模糊聚类的负荷建模与参数辨识［J］. 电力系统自动化，2013，37（14）：50-58.

LIN Jikeng，LIU Lu，ZHANG Wenbo，et al. Load modeling and parameter identification based on random fuzziness clustering［J］. Automation of Electric Power Systems，2013，37（14）：50-58.

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