电力系统自动化2017，Vol.41Issue(16)：105-110,6.DOI:10.7500/AEPS20161127001
基于频率偏差的跨区电网交易偏差电量责任判定及定价方法
Responsibility Determination and Pricing Method of Deviation Electric Quantity Based on Frequency Deviation of Cross-regional Grids Trading
摘要
Abstract
In the cross-regional grids electricity transaction,deviation electric quantity and its reasonable pricing is an important problem demanding prompt resolution,which is directly related to the economic interests and fairness of the parties to the transaction.A novel method is proposed to determine the responsibility and pricing for the deviation electric quantity of cross-regional AC grids based on frequency average deviation.The power exchange center can get the relevant data through power network dispatching and gateway electricity meter every trading day to obtain inter-regional exchanging electricity quantity in each time interval.The deviation electric quantity along with the frequency average deviation in that time interval are calculated.The "米" shaped diagram of tie line deviation electric quantity can be drawn via frequency and electric quantity deviation in each time interval of the trading day.The responsibility party and the corresponding responsible level of deviation electric quantity are determined according to the operating point of each time period in the different eight areas of the "米" diagram.Then the different penalty prices of deviation electric quantity are set on the basis of the deviation responsible party and its level,settling accounts monthly by clearing daily.Thus the pricing differences and separate settlement between the cross-regional grids trading contract electric quantity and deviation electric quantity are realized.Simulation results show the feasibility and effectiveness of the method.关键词
跨区电网/频率平均偏差/偏差电量/责任判定/“米”区图/电价Key words
cross-regional grids/frequency average deviation/deviation electric quantity/responsibility determination/“米”diagram/electricity price引用本文复制引用
丁坚勇,张银芽,杨东俊,陈俊艺,白顺明,盛尧..基于频率偏差的跨区电网交易偏差电量责任判定及定价方法[J].电力系统自动化,2017,41(16):105-110,6.基金项目
国家电网公司科技项目(JS033[2014]).This work is supported by State Grid Corporation of China (No.JS033[2014]). （JS033[2014]）
