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《Transactions of China Electrotechnical Society》 2009-05
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The Optimal Design of Integrating Interruptible Price With Peak-Valley Time-of-Use Power Price Based on Improving Electricity Efficiency

Tan Zhongfu1 Xie Pinjie1 Wang Mianbin1 Zhang Rong2 Qi Jianxun1(1.North China Electric Power University Beijing 102206 China 2.Beijing Jingchuang Xingye Investment Consultants Beijing 100043 China)  
Power-supplying companies can properly evade the risk resulted from on-grid price fluctuating acutely by actualizing interruptible price,base on biding on the generating side.But our country has not actualized biding and on-grid price has been comparatively stable,so it is lacking of incentive mechanism for power-supplying companies to actualize interruptible price.Firstly,the paper confirms interruptible price according to estimated customer interruption cost.Secondly,it presents the conception of the response coefficient for customer interruptible price and adjusts the confirmed interruptible price.Thirdly,according to the supply-demand theory in economics,the paper integrates the interruptible price with peak-valley time-of-use power price in DSM measures,then constructs united optimal model based on analyzing the cost and benefit of power-supplying companies.The model is solved with decomposed arithmetic.Finally,the simulation analysis of the fact sample shows that the proposed model can not only make power-supply companies and customers nondecreasing,but also solve the problem to the lack of incentive mechanism for actualizing interruptible price.Therefore,the price-united optimal design is fit to electricity reformation mode at present in our country.
【Fund】: 国家自然科学基金(70571023);; 国家“新世纪优秀人才”计划(NCET-060208)资助项目
【CateGory Index】: TM73
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