Congestion management based on dynamic zoning and coordinated auctioning method

Wen-Biaug Yang, Q. Wan, Yi Tang
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Abstract

Congestion management of the power market is the key problem to electric power system operation. To improve the performance of the electricity market, the regional electricity market will become a trend of the power market development. Regional electricity market operation is large in scale .The overall calculation for congestion management needs a lot of work and is hard to meet the actual operational requirements. So zoning further congestion management becomes more necessary. In this paper a new method based on the nodal price deviation is proposed which is used to implement the dynamic zoning according to the different system load level. On the basis of the dynamic zoning, the coordinated auctioning method is applied to the regional congestion management through simulation of the IEEE-14 bus system and results are compared with OPF which is not considering economic means. Simulation of examples demonstrates the validity of the proposed method.
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基于动态分区和协调拍卖方法的拥堵管理
电力市场的拥塞管理是电力系统运行的关键问题。为了提高电力市场的绩效,区域电力市场将成为电力市场发展的趋势。区域电力市场运行规模大,拥堵管理的整体计算工作量大,难以满足实际运行需求。因此,分区进一步的拥堵管理变得更加必要。本文提出了一种基于节点价格偏差的动态分区方法,用于实现系统不同负荷水平的动态分区。在动态分区的基础上,通过对IEEE-14总线系统的仿真,将协调拍卖方法应用于区域拥堵管理,并与不考虑经济手段的OPF方法进行了比较。算例仿真验证了该方法的有效性。
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