全息多场景特高压换流站反事故推演平台研究及开发
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TM77

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2018年国网指南项目(特高压直流控制保护系统现场测试及运维优化关键技术研究与应用),2019年国网指南项目(基于特高压直流换流站多场景仿真的保护及调控辅助校核技术研究和应用)


Research and development of holographic multi-scenario UHVDC converter station anti-accident deduction platform
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    摘要:

    变电站反事故推演系统可快速分析故障原因,是故障分析不可或缺的重要手段。但对于换流站,由于其模型不易建立、保护程序逻辑复杂、仿真工作量大等原因,至今尚未具备换流站反事故推演系统。文中研究开发了一套全息多场景特高压直流换流站反事故推演平台,包含PSCAD模型计算引擎、仿真控制系统、换流站运行人员工作站和三维虚拟现实服务器。首次运用换流站控制保护程序自动转换技术,在保证仿真准确性的同时减少建模工作量,并通过自动化试验技术,批量进行各种运行方式及故障类型的模型仿真,提高仿真试验效率。同时本平台展示系统采用全息三维技术,实现全换流站一二次设备的可视化展示及操作。反事故推演仿真验证环节模拟并反演了极母线接地故障,结果与现场保护装置动作结果一致,准确度较高。该平台可为运行及检修人员进行反事故推演、故障模拟预演、控制保护策略分析提供有效的技术支撑。

    Abstract:

    Holographic multi-scenario UHVDC converter station anti-accident deduction platform can analyze the cause of fault quickly and it is an indispensable means of fault analysis. But for the converter station, because of its model is not suitable to be built, the logic of the protection program is complex, and the simulation workload is large, so far there is no converter station anti accident deduction system. A holographic multi scene UHVDC converter station anti accident platform is developed, including PSCAD model calculation engine, simulation control system, converter station operator workstation and 3D virtual reality server. For the first time, the automatic conversion technology of converter station control and protection program is used to reduce the modeling workload while ensuring the accuracy of simulation; through the automatic test technology, various operation modes and fault types of model simulation are carried out in batches to improve the efficiency of simulation test; at the same time, the platform display system adopts the holographic three-dimensional technology to realize the visual display of the primary and secondary equipment of the whole converter station operation. In the process of anti accident simulation and verification, the earth fault of pole bus is simulated and inverted, the result is consistent with the action result of field protection device, and the accuracy is high. The platform can provide effective technical support for operators and maintenance personnel to carry out anti accident deduction, fault simulation preview and control and protection strategy analysis.

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吴奕,崔玉,王业,赵景武,刘裕桦,胡永昌.全息多场景特高压换流站反事故推演平台研究及开发[J].电力工程技术,2020,39(3):185-191

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  • 收稿日期:2019-11-13
  • 最后修改日期:2019-12-05
  • 录用日期:2019-07-11
  • 在线发布日期: 2020-06-08
  • 出版日期: 2020-05-28
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