Abstract
This paper presents an approach for the waveform parameter evaluation of lightning impulse voltage in high voltage tests according to the IEC standards. Such waveform parameters are composed of peak voltage (Up), front time (T1), time to half (T2), and the overshoot rate (Be). An artificial neural network with a back-propagation learning algorithm was applied to determine a base curve and its parameters from 14 points along the recorded waveform between 20% of the peak voltage on the wave front part to 40% of the peak voltage on the wave tail part. The 29 waveforms recommended by the standard were used in the training process of the development of the network model, and some experimental cases were also utilized for verification of the proposed method. It is found that the waveform parameters evaluated by the proposed approach are in the tolerances of the standard requirements. Maximum absolute deviations of Up, T1, T2, and Be are 0.06%, 2.00%, 0.12%, and 0.79%, respectively. Due to that no iteration process in the proposed approach is required, the efficiency in calculation process is significantly faster than the standard recommended approach.
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References
(2010) High-voltage test techniques part 1: general definitions and test requirements. IEC Standard 60060-1
(2013) IEEE standard techniques for high-voltage testing. IEEE Standard 4-2013
Tsuboi T, Ueta G, Okabe S, Shimizu Y, Ishikura T, Hino E (2013) K-factor value and front-time-related characteristics in negative polarity lightning impulsetest for UHV-class air insulation. IEEE Trans Power Deliv 28(2):1148–1155
Garnacho F, Khamlichi A, Valladolid A, Simon P, Guirado R (2013) Procedures to determine k- factor function for air gaps. IEEE Trans Power Deliv 28(2):686–692
Garnacho F, Khamlichi A, Valladolid A, Simon P, Valcarcel M (2014) K-factor test voltage function for oscillating lightning impulses in nonhomogenous air gaps. IEEE Trans Power Deliv 29(5):2254–2260
(2013) Instruments and softwares used for measurement in high-volatge and high-current tests part 2: requirements for software for tests with impulse voltages and currents. IEC Standard 61083-2
Lewin PL, Tran TN, Swaffield DJ, Hällström JK (2010) Zerophase filtering for lightning impulse evaluation: a k-factor filter for the revision of IEC60060-1 and -2. IEEE Trans Power Deliv 23(1):3–12
Simon P, Garnacho F, Berlijn SM, Gockenbach E (2006) Determining the test voltage factor function for the evaluation of lightning impulse with oscillation and/or an overshoot. IEEE Trans Power Deliv 21(2):560–566
Hinow M, Hauschild W, Gockenbach E (2010) Lightning impulse voltage and overshoot evaluation proposed in drafts of IEC 60060-1 and future UHV testing. IEEE Trans Dielectr Electr Insul 17(5):1628–1634
Okabe S, Tsuboi T, Ueta G, Takami J, Hirose H (2010) Basic study of fitting method for base curve extraction in lightning impulse test techniques. IEEE Trans Dielectr Electr Insul 17(1):2–4
Ueta G, Tsuboi T, Okabe S (2011) Evaluation of overshoot rate of lightning impulse withstand voltage test waveform based on new base curve fitting methods - study on overshoot waveform in an actual test circuit. IEEE Trans Dielectr Electr Insul 18(3):783–791
Ueta G, Tsuboi T, Okabe S (2012) Evaluation of overshoot rate of lightning impulse withstand voltage test waveform based on new base curve fitting methods - application to practical diverse waveforms. IEEE Trans Dielectr Electr Insul 19(1):352–364
Pattanadech N, Yutthagowith P (2015) Fast curve fitting algorithm for parameter evaluation in lightning impulse test technique. IEEE Trans Dielectr Electr Insul 22(5):2931–2936
Yutthagowith P, Pattanadech N (2016) Improved least square Prony analysis technique for parameter evaluation of lightning impulse voltage and current. IEEE Trans Power Deliv 31(1):271–277
Acknowledgements
The authors wish to give special thanks to High Voltage Engineering Laboratory, Department of Electrical Engineering, Faculty of Engineering, King Mongkut’s Institute of Technology Ladkrabang, Thailand for facilitating this research.
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Yutthagowith, P., Kitwattana, K. & Kunakorn, A. Fast and Effective Technique in Evaluation of Lightning Impulse Voltage Parameters. J. Electr. Eng. Technol. 16, 459–467 (2021). https://doi.org/10.1007/s42835-020-00555-x
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DOI: https://doi.org/10.1007/s42835-020-00555-x