基于PSASP的负荷模型的比较与验证

Huilin Wang, Jin Ma, Xiao-yu Zheng
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引用次数: 3

摘要

在负荷模型验证过程中,由于模型及其参数的准确性,使得实际工况无法在仿真中再现。由于实测数据与可验证的仿真数据之间存在信息偏差,使得基于实测的负荷模型无法保证对真实负荷特性的描述能力。针对这一问题,本文首次将闭环验证方法应用于该问题。闭环验证方法是系统辨识研究中常用的方法,但在负荷模型的比较和验证中应用较新。本文对基于PSASP的两个案例进行了研究。本文的研究对象是复合负荷模型,并在一个10台发电机、39母线的新英格兰电力系统上进行验证。验证了复合载荷模型的有效性和验证方法的可行性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Comparison and verification of load model based on PSASP
In load model verification process, the accuracy of model and its parameters makes the actual operating conditions unable to reappear in simulation. The information deviation between measured data and verifiable simulation data makes it impossible to ensure the descriptive power of measurement-based load model for real load characteristics. With this problem, the paper applies closed-loop verification approach to this question for the first time. The closed-loop verification approach is common in system identification study but newly used in load model comparison and validation. Two cases based on PSASP are studied in the paper. The object of this study is composite load model and the verification is carried out on a 10-generator, 39-bus New England power system. They both prove the validity of composite load model and the feasibility of this verification approach.
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