HVDC advanced analysis methods for grounding design and DC interference mitigation techniques

机译：用于接地设计和直流干扰缓解技术的HVDC高级分析方法

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This paper presents advances made in HVDC grounding design techniques and the DC interference effects generated by HVDC ground electrodes on neighboring metallic utilities, with a particular emphasis on buried pipelines (oil, gas, water). The influence of soil structure on the performance of ground electrodes and on interference levels is demonstrated. A realistic case is modeled in detail to illustrate the accuracy, flexibility, and capabilities of these methods.

机译：本文介绍了HVDC接地设计技术的进展以及HVDC接地电极对相邻金属公用设施产生的DC干扰效应，特别着重于地下管道（油，气，水）。证明了土壤结构对接地电极性能和干扰水平的影响。对实际情况进行了详细建模，以说明这些方法的准确性，灵活性和功能。

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《Electromagnetic Compatibility, 2002 3rd International Symposium on》|2002年|p.2-6|共5页
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Liu; J.; Dawalibi; F.P.; Ma; J.; Southey; R.D.;
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中图分类无线电电子学、电信技术;
关键词
HVDC power transmission; interference; earth electrodes; soil; HVDC advanced analysis methods; grounding design; DC interference mitigation techniques; metallic utilities; buried pipelines; soil structure; corrosion; safety;

机译：高压直流输电;干扰;接地电极;泥;高压直流输电的先进分析方法;接地设计;直流干扰缓解技术;金属公用事业;地下管道;土壤结构腐蚀;安全;

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专利

1. Advanced Analysis of HVDC Electrodes Interference on Neighboring Pipelines [J] . Yu Gong, Chunlin Xue, Zhilei Yuan, Journal of Power and Energy Engineering . 2015,第4期

机译：高压直流电极对相邻管道干扰的高级分析
2. A Novel Coordinated Control Approach for Commutation Failure Mitigation in Hybrid Parallel-HVDC System with MMC-HVDC and LCC-HVDC [J] . Chunyi Guo, Zhizhong Yang, Linru Ning, Electric Power Components and Systems . 2017,第16a20期

机译：MMC-HVDC和LCC-HVDC的混合并联HVDC系统中减少换相故障的新型协调控制方法
3. Mitigation of Half-Cycle Saturation of Adjacent Transformers During HVDC Monopolar Operation—Part I: Mitigation Principle and Device Design [J] . Ming Yang, Digvijay Deswal, Francisco de Leόn Power Delivery, IEEE Transactions on . 2019,第6期

机译：HVDC单位单据操作期间相邻变压器的半周期饱和度 - 第I部分：缓解原理和装置设计
4. HVDC advanced analysis methods for grounding design and DC interference mitigation techniques [C] . Liu J., Dawalibi F.P., Ma J., International Symposium on Electromagnetic Compatibility . 2002

机译：HVDC接地设计和DC干扰缓解技术的高级分析方法
5. Conducted electromagnetic interference mitigation using active filtering method in DC/DC converters. [D] . Hamza, Djilali. 2007

机译：在DC / DC转换器中使用有源滤波方法来减轻电磁干扰。
6. A decoupled circuital model methodology for calculating DC currents in AC grids induced by HVDC grounding current [O] . Lingyu Zhu, Chenzhao Fu, Hao Liu, 2012

机译：用于计算由HVDC接地电流感应的交流电网中的直流电流的解耦电路模型方法
7. Advanced Analysis of HVDC Electrodes Interference on Neighboring Pipelines [O] . Yu Gong, Chunlin Xue, Zhilei Yuan, 2015

机译：高压直流电极对相邻管道干扰的高级分析

HVDC advanced analysis methods for grounding design and DC interference mitigation techniques

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