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中文摘要：
针对高压大容量柔性直流输电的应用背景，提出多agent系统架构的阀基控制技术，以其分布式计算和自身的智能性、实时性、共享性等特点，解决阀控技术上的大规模高速信息采集问题、复杂决策运算以及综合评价保护等问题。通过柔性直流输电动态模拟试验平台，对此架构和冗余热备份架构的物理模型进行对比仿真和性能测试试验，验证了技术的科学性和合理性，为百兆级以上高压大容量柔性直流输电工程阀控技术提供了理论支持和工程依据。
英文摘要：
To adapt to high-voltage large-capacity voltage source converter based high voltage direct current transmission （VSC-HVDC） system, this paper put forward a new valve base control structure, namely multi-agent system （MAS）, featuring distributed computing, intelligence, real-time and sharing. With the MAS-based valve base control technology, problems such as massive data acquisition, complex algorithm implementation and comprehensive protection evaluation could be easily overcome. Comparative simulation and performance tests of the MAS structure and the redundant hot standby structure were carried out on the digital-analogue hybrid simulation platform, which proved to be scientific and rational, and thus provides a theoretical support and engineering foundation for the valve base control technology aiming at high-voltage large-capacity VSC-HVDC systems up to hundreds of MW.
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