Roadmap for the deployment of WAMPAC in the future GB power system
Roadmap for the deployment of WAMPAC in the future GB power system
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DOI：
10.1049/iet-gtd.2015.0582
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发表时间：
2016-05
影响因子：
2.5
通讯作者：
Deyu Cai;P. Wall;M. Osborne;V. Terzija
中科院分区：
文献类型：
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作者：
Deyu Cai;P. Wall;M. Osborne;V. Terzija
本研究为未来英国（GB）电力系统中部署广域监测、保护和控制（WAMPAC）系统提供了具体路线图。具体路线图是根据通用路线图设计的，该路线图借鉴了国际上开发WAMPAC系统的经验，并研究了GB电力系统的变化。在此基础上，提出的具体路线图将广域振荡监测确定为GB WAMPAC系统的关键短期目标，将广域振荡控制确定为GB WAMPAC系统的关键长期目标。为了验证这一短期目标可以通过GB电力系统完整模型的仿真来实现，该仿真表明基于牛顿型算法的新方法将能够在GB WAMPAC系统中提供准确的振荡监测。此外，对于相同的完整的GB模型，它表明，西海岸CSC高压直流输电线路可以用来创建一个强大的工具，振荡阻尼，进一步的研究，应该能够提供广域振荡控制的长期目标的一部分，具体的GB WAMPAC路线图。
This study presents a specific roadmap for the deployment of a wide area monitoring, protection, and control (WAMPAC) system in the future Great Britain (GB) power system. The specific roadmap is designed based on a generic roadmap, which draws on international experience with the development of WAMPAC systems, and a study of the changes in the GB power system. Based on this, the proposed specific roadmap identifies wide area oscillation monitoring as a key short term goal for the GB WAMPAC system and wide area oscillation control as a key long term goal for the GB WAMPAC system. To verify that this short term goal can be delivered simulations of a complete model of the GB power system that demonstrate that a new method based on a Newton Type algorithm will be more than capable of providing accurate oscillation monitoring in the GB WAMPAC system. Furthermore, for the same complete GB model it is demonstrated that the West coast CSC HVDC link can be used to create a powerful tool for oscillation damping that, with further research, should be capable of delivering the long-term goal of wide area oscillation control as part of the specific GB WAMPAC roadmap.