Magnitude of Voltage Sags Prediction Based on the Harmonic Footprint for Application in DG Control System

Aleksandar M. Stanisavljević; Vladimir A. Katić

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Magnitude of Voltage Sags Prediction Based on the Harmonic Footprint for Application in DG Control System

机译：基于谐波足迹的电压暂降幅度预测在DG控制系统中的应用

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Grid condition information extraction is very important for converter control systems in order to perform special functionalities, especially grid support during low voltage ride through (LVRT). As a part of grid condition detection, the voltage sag detec

机译：为了执行特殊功能，电网条件信息提取对于变频器控制系统非常重要，特别是在低压穿越（LVRT）期间的电网支持。作为电网状态检测的一部分，电压暂降检测

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来源
《IEEE Transactions on Industrial Electronics》 |2019年第11期|8902-8912|共11页
作者
Aleksandar M. Stanisavljević; Vladimir A. Katić;
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作者单位

Department of Power Electronic and Telecommunication Engineering Faculty of Technical Sciences University of Novi Sad Novi Sad Serbia;

Department of Power Electronic and Telecommunication Engineering Faculty of Technical Sciences University of No;

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原文格式 PDF
正文语种 eng
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关键词
Power quality; Harmonic analysis; Correlation; Voltage control; Stochastic processes; Prediction algorithms; Control systems;

机译：电能质量;谐波分析;相关性电压控制;随机过程;预测算法;控制系统;

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1. DG Allocation Based on Reliability, Losses and Voltage Sag Considerations&58; an expert system approach [J] . Sahar Abdel Moneim Moussa, Ayman Abdelwahed Renewable Energy and Sustainable Development . 2017,第1期

机译：基于可靠性，损耗和电压暂降考虑因素的DG分配＆58;专家系统方法
2. ODFF: Optimized Dual Fuzzy Flow Controller Based Voltage Sag Compensation for SMES-Based DVR in Power Quality Applications [J] . M. Manikandan, A. Mahabub Basha Circuits and Systems . 2016,第10期

机译：ODFF：针对电能质量应用中基于SMES的DVR优化的基于双模糊流量控制器的电压暂降补偿
3. ODFF: Optimized Dual Fuzzy Flow Controller Based Voltage Sag Compensation for SMES-Based DVR in Power Quality Applications [J] . M. Manikandan, A. Mahabub Basha Circuits and systems . 2016,第10期

机译：ODFF：针对基于SMES的DVR在电能质量应用中优化的基于双模糊流量控制器的电压暂降补偿
4. A new control scheme for harmonic power sharing and PCC voltage harmonics compensation based on controlling the equivalent harmonic impedance of DGs in islanded microgrids [C] . Zhirong Zeng, Hao Yi, Hao Zhai, European Conference on Power Electronics and Applications . 2017

机译：控制孤岛微电网中DGs的等效谐波阻抗的一种新的谐波功率共享和PCC电压谐波补偿控制方案
5. Control Methods and Architectures for Voltage-Sourced Converter Based Systems for Utility Applications. [D] . Parkhideh, Babak. 2012

机译：用于公用事业应用的基于电压源转换器的系统的控制方法和体系结构。
6. Optimal Siting and Sizing of Multiple DG Units for the Enhancement of Voltage Profile and Loss Minimization in Transmission Systems Using Nature Inspired Algorithms [O] . Ambika Ramamoorthy, Rajeswari Ramachandran 2016

机译：使用自然启发算法优化多个DG单元的选址和选型以增强传输系统中的电压分布并降低损耗
7. DG Allocation Based on Reliability, Losses and Voltage Sag Considerations: an expert system approach [O] . Sahar Abdel Moneim Moussa, Ayman Abdelwahed 2017

机译：基于可靠性，损耗和电压SAG考虑的DG分配：专家系统方法

Magnitude of Voltage Sags Prediction Based on the Harmonic Footprint for Application in DG Control System

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