MON.ITA HVDC Link AC DC Protection System

机译：MON.ITA HVDC Link交直流保护系统

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This paper describes the protection system of MON.ITA HVDC Link in all its parts, which has been designed taking into account the different configuration possibilities. AC protection relays, including AC connections, filters and transformers 400/205/205 kV and DC protection relays are presented with a functional description of the entire protection system. Regarding DC part, the protections of AC/DC conversion system, DC Cables and Common Neutral system are reviewed. General protection criteria, adopted schemes to manage main critical events and operating sequences to stop AC/DC conversion, depending on the severity of the fault, are explained.

机译：本文介绍了MON.ITA HVDC Link的所有部分的保护系统，该系统在设计时已考虑了不同的配置可能性。交流保护继电器，包括交流连接，滤波器和400/205/205 kV变压器以及直流保护继电器，对整个保护系统进行了功能描述。关于直流部分，回顾了交流/直流转换系统，直流电缆和公共零线系统的保护。解释了一般保护标准，采用的管理主要关键事件的方案以及根据故障的严重程度来停止AC / DC转换的操作顺序。

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来源
《2019 AEIT HVDC International Conference》|2019年|1-6|共6页
会议地点 Florence(IT)
作者
L. Michi; E.M. Carlini; T. Baffa Scirocco; G. Bruno; L. Caciolli; M. Cortese; G. Ramundo; M. Okuda; T. Murao;
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作者单位

Strategy, Development and Dispatching Terna, Rome;

Strategy, Development and Dispatching Terna, Rome;

Strategy, Development and Dispatching Terna, Rome;

Strategy, Development and Dispatching Terna, Rome;

Strategy, Development and Dispatching Terna, Rome;

Strategy, Development and Dispatching Terna, Rome;

Strategy, Development and Dispatching Terna, Rome;

Power Electronics System Eng. Dept, Grid Aggrigation Div., Power Grid System Solutions Eng. Dept., Toshiba;

Power Electronics System Eng. Dept, Grid Aggrigation Div., Power Grid System Solutions Eng. Dept., Toshiba;

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原文格式 PDF
正文语种 eng
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关键词
HVDC transmission; Valves; Relays; Circuit breakers; Substations; Voltage control; Circuit faults;

机译：高压直流输电;阀门;继电器;断路器;变电站;电压控制;电路故障;;

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专利

1. HVDC protection criteria for transient stability of AC systems with embedded HVDC links [J] . Juan Carlos Gonzalez-Torres, Valentin Costan, Gilney Damm, The Journal of Engineering . 2018,第15期

机译：具有嵌入式HVDC链路的AC系统的暂态稳定性的HVDC保护标准
2. Social welfare maximization in AC–DC power systems based on evolutionary algorithms: a new merit of HVDC links [J] . A. Rahiminejad, M. Rahmatian, G. B.Gharehpetian, International Transactions on Electrical Energy Systems . 2015,第10期

机译：基于进化算法的AC-DC电力系统的社会福利最大化：高压直流输电的新优点
3. Design of robust controllers for HVDC links in AC-DC power systems [J] . P.K. Dash, A.C. Liew, A. Routray Electric power systems research . 1995,第3期

机译：AC-DC电力系统中HVDC链路鲁棒控制器的设计
4. MON.ITA HVDC Link AC DC Protection System [C] . L. Michi, E.M. Carlini, T. Baffa Scirocco, AEIT HVDC International Conference . 2019

机译：Mon.ita HVDC Link AC＆DC保护系统
5. Dynamic reactive compensation requirements at the rectifier end of an LCC HVDC link connected to a weak AC system [D] . El Mehdi, Abosalah 2013

机译：连接到弱交流系统的LCC HVDC链路的整流器端的动态无功补偿要求
6. Optimal coordinated control of hybrid AC/VSC-HVDC system integrated with DFIG via cooperative beetle antennae search algorithm [O] . Junfang Hao, Jinhai Huang, Ailing Zhang, 2020

机译：通过协作甲壳虫天线搜索算法与DFIG集成的混合AC / VSC-HVDC系统的最佳协调控制
7. Performance Analysis of Conjugate Gradient Algorithms Applied to the Neuro-Fuzzy Feedback Linearization-Based Adaptive Control Paradigm for Multiple HVDC Links in AC/DC Power System [O] . 2017

机译：AC / DC电力系统中多HVDC链路的神经模糊反馈线性化基于神经模糊反馈线性化的共轭梯度算法的性能分析

MON.ITA HVDC Link AC DC Protection System

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