A forecasting algorithm for power system frequency measurement based on Fourier filter
This paper roundly analyzes the deviation and the response delay of full-wave Fourier algorithm by using the power system frequency transient model. And then this paper, in theory, derives the amendment coefficient of full-wave Fourier algorithm applied to frequency transient changes and presents a...
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| creator | Huilan Jiang Jitang Hu Yalin Yue Mengbin Wang Weixin Mao |
| description | This paper roundly analyzes the deviation and the response delay of full-wave Fourier algorithm by using the power system frequency transient model. And then this paper, in theory, derives the amendment coefficient of full-wave Fourier algorithm applied to frequency transient changes and presents a new frequency forecasting method against its response delay. The new method effectively eliminates the influence of frequency dynamic changes and the deviation caused by the response delay of Fourier algorithm. The results of simulation show that this forecasting algorithm has high dynamic measuring precision and fast convergence speed. So it can meet the need of frequency real-time measurement of power systems. (6 pages) |
| doi_str_mv | 10.1049/cp:20062064 |
| format | Conference Proceeding |
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And then this paper, in theory, derives the amendment coefficient of full-wave Fourier algorithm applied to frequency transient changes and presents a new frequency forecasting method against its response delay. The new method effectively eliminates the influence of frequency dynamic changes and the deviation caused by the response delay of Fourier algorithm. The results of simulation show that this forecasting algorithm has high dynamic measuring precision and fast convergence speed. So it can meet the need of frequency real-time measurement of power systems. 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And then this paper, in theory, derives the amendment coefficient of full-wave Fourier algorithm applied to frequency transient changes and presents a new frequency forecasting method against its response delay. The new method effectively eliminates the influence of frequency dynamic changes and the deviation caused by the response delay of Fourier algorithm. The results of simulation show that this forecasting algorithm has high dynamic measuring precision and fast convergence speed. So it can meet the need of frequency real-time measurement of power systems. 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And then this paper, in theory, derives the amendment coefficient of full-wave Fourier algorithm applied to frequency transient changes and presents a new frequency forecasting method against its response delay. The new method effectively eliminates the influence of frequency dynamic changes and the deviation caused by the response delay of Fourier algorithm. The results of simulation show that this forecasting algorithm has high dynamic measuring precision and fast convergence speed. So it can meet the need of frequency real-time measurement of power systems. (6 pages)</abstract><cop>Stevenage</cop><pub>IET</pub><doi>10.1049/cp:20062064</doi></addata></record> |
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| identifier | ISBN: 9780863412462 |
| ispartof | 7th IET International Conference on Advances in Power System Control, Operation and Management (APSCOM 2006), 2006, p.173 |
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| language | eng |
| recordid | cdi_iet_conferences_10_1049_cp_20062064 |
| source | IEEE Electronic Library (IEL) Conference Proceedings |
| subjects | Mathematical analysis Other power apparatus and electric machines Power system planning and layout |
| title | A forecasting algorithm for power system frequency measurement based on Fourier filter |
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