Addressing emerging network management needs with enhanced WAMS in the GB VISOR project
Addressing emerging network management needs with enhanced WAMS in the GB VISOR project
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DOI：
10.1109/pscc.2016.7540948
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发表时间：
2016-08
期刊：
影响因子：
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通讯作者：
S. Clark;Douglas H. Wilson;N. Al-Ashwal;F. Macleod;P. Mohapatra;James Yu;P. Wall;Papiya Dattaray;V. Terzija;P. Ashton;M. Osborne
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文献类型：
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作者：
S. Clark;Douglas H. Wilson;N. Al-Ashwal;F. Macleod;P. Mohapatra;James Yu;P. Wall;Papiya Dattaray;V. Terzija;P. Ashton;M. Osborne
本文介绍了许多新颖的广域监测系统（WAMS）功能和分析工具，包括覆盖4-46Hz次同步振荡范围的新监测解决方案，以及新振荡源定位算法的部署。这些正在 VISOR 下进行演示，VISOR 是一个创新项目，创建了第一个集成的 GB WAMS，以向 GB 系统展示 WAMS 的功能和切实的商业利益。讨论了该项目的其他工作，包括混合状态估计、动态模型验证、线参数估计以及除功率外还使用角度差的新边界约束方法。最后，介绍了从现有 GB WAMS 性能审查中获得的精选经验，以及项目后续步骤的详细信息。
This paper describes a number of novel Wide-Area Monitoring System (WAMS) capabilities and analysis tools, including a new monitoring solution that covers the 4-46Hz sub-synchronous oscillation range, and the deployment of a new oscillation source location algorithm. These are being demonstrated under VISOR - an innovation project that has created the first integrated GB WAMS in order to demonstrate the capabilities and tangible business benefits of WAMS to the GB system. Other work from the project is discussed including hybrid state estimation, dynamic model validation, line parameter estimation and a new boundary constraint approach that uses angle difference in addition to power. Finally, selected learning from a review of existing GB WAMS performance is presented, along with details of next steps in the project.