考虑跨区域储备可调度性的基于admm的能源储备联合调度

Shutong Pu, Xinfei Yan, Mengjun Shen, H. Zhong
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引用次数: 1

摘要

随着分布式能源在电力系统中的广泛应用,对分布式算法提出了经济调度的要求。可再生能源发电机组的积累伴随着发电侧的随机性和波动性,因此出于稳定性考虑,系统中应用了较高比例的储备。在大规模备用调度中,通常考虑分区备用调度。本文用改进的ADMM算法求解了考虑储备跨区域可调度性的能源储备联合调度问题。通过基于IEEE 30总线系统的实例分析,验证了该算法的精度和经济有效性。
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ADMM-Based Energy-Reserve Joint Dispatch Considering Cross-Zone Reserve Dispatchability
As distributed energy resources (DERs) becomes widespread in power system, distributed algorithms are required for economic dispatch. Renewable generators accrue along with the randomness and volatility of the generation side, therefore higher proportion of reserves are applied in the system for stability concerns. Zonal-partitioned reserve dispatch is commonly considered in large-scale reserve dispatch cases. This paper gives solution to energy-reserve joint dispatch problems concerning reserve cross-zone dispatchability by modified ADMM algorithm. The precision and economic-effectiveness of the algorithm is validated through case studies based on IEEE 30-bus system.
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