Cross-bonding cable and box model based on pulse reflection measurement

J.J. Regt, de, G. Hoogendorp, P. Wagenaars, P.A.A.F. Wouters, M. Popov, L. Sluis, van der, E.F. Steennis

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Abstract

Transients from lightning strikes can enter underground cables at overhead line to power cable transitions. Possible overvoltages on these surges at cross-bonding connections of the cable screens are of major concern. A model is developed for modelling overvoltages from transient signal propagation through a combined cross-bonding cable and box. This model is applied to the first Dutch 400 kV cable connection. Such model incorporates model parameters whose values depend on design details of the cross-bonding box. The values for these model parameters are extracted from the measured transmission and reflection signal on steep pulses injected into the actual cross-bonding box configuration. The model combines transmission line description for the cross-bonding cables with mainly inductive behaviour of the cross-bonding box. The obtained results are verified by measurements. The model is applied to investigate overvoltages induced at the cross-bonding cable and box on 1.2/50 µs impulse voltage injection representing a lightning impulse voltage applied to the core conductor of the cross-bonding cable. Furthermore, the effectiveness of surge arresters to reduce overvoltages at the cross-bonding cable screen is demonstrated by simulations with this model in PSCAD.
Original languageEnglish
Pages (from-to)268-275
JournalIET Science, Measurement & Technology
Volume9
Issue number3
DOIs
Publication statusPublished - 2015

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cables
boxes
Cables
overvoltage
pulses
lightning
Lightning
impulses
arresters
signal reflection
Underground cables
Cable cores
Overhead lines
signal transmission
Electric potential
electric potential
transmission lines
Electric lines
conductors
injection

Cite this

Regt, de, J. J., Hoogendorp, G., Wagenaars, P., Wouters, P. A. A. F., Popov, M., Sluis, van der, L., & Steennis, E. F. (2015). Cross-bonding cable and box model based on pulse reflection measurement. IET Science, Measurement & Technology, 9(3), 268-275. https://doi.org/10.1049/iet-smt.2014.0095
Regt, de, J.J. ; Hoogendorp, G. ; Wagenaars, P. ; Wouters, P.A.A.F. ; Popov, M. ; Sluis, van der, L. ; Steennis, E.F. / Cross-bonding cable and box model based on pulse reflection measurement. In: IET Science, Measurement & Technology. 2015 ; Vol. 9, No. 3. pp. 268-275.
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abstract = "Transients from lightning strikes can enter underground cables at overhead line to power cable transitions. Possible overvoltages on these surges at cross-bonding connections of the cable screens are of major concern. A model is developed for modelling overvoltages from transient signal propagation through a combined cross-bonding cable and box. This model is applied to the first Dutch 400 kV cable connection. Such model incorporates model parameters whose values depend on design details of the cross-bonding box. The values for these model parameters are extracted from the measured transmission and reflection signal on steep pulses injected into the actual cross-bonding box configuration. The model combines transmission line description for the cross-bonding cables with mainly inductive behaviour of the cross-bonding box. The obtained results are verified by measurements. The model is applied to investigate overvoltages induced at the cross-bonding cable and box on 1.2/50 µs impulse voltage injection representing a lightning impulse voltage applied to the core conductor of the cross-bonding cable. Furthermore, the effectiveness of surge arresters to reduce overvoltages at the cross-bonding cable screen is demonstrated by simulations with this model in PSCAD.",
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Regt, de, JJ, Hoogendorp, G, Wagenaars, P, Wouters, PAAF, Popov, M, Sluis, van der, L & Steennis, EF 2015, 'Cross-bonding cable and box model based on pulse reflection measurement', IET Science, Measurement & Technology, vol. 9, no. 3, pp. 268-275. https://doi.org/10.1049/iet-smt.2014.0095

Cross-bonding cable and box model based on pulse reflection measurement. / Regt, de, J.J.; Hoogendorp, G.; Wagenaars, P.; Wouters, P.A.A.F.; Popov, M.; Sluis, van der, L.; Steennis, E.F.

In: IET Science, Measurement & Technology, Vol. 9, No. 3, 2015, p. 268-275.

Research output: Contribution to journalArticleAcademicpeer-review

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T1 - Cross-bonding cable and box model based on pulse reflection measurement

AU - Regt, de, J.J.

AU - Hoogendorp, G.

AU - Wagenaars, P.

AU - Wouters, P.A.A.F.

AU - Popov, M.

AU - Sluis, van der, L.

AU - Steennis, E.F.

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N2 - Transients from lightning strikes can enter underground cables at overhead line to power cable transitions. Possible overvoltages on these surges at cross-bonding connections of the cable screens are of major concern. A model is developed for modelling overvoltages from transient signal propagation through a combined cross-bonding cable and box. This model is applied to the first Dutch 400 kV cable connection. Such model incorporates model parameters whose values depend on design details of the cross-bonding box. The values for these model parameters are extracted from the measured transmission and reflection signal on steep pulses injected into the actual cross-bonding box configuration. The model combines transmission line description for the cross-bonding cables with mainly inductive behaviour of the cross-bonding box. The obtained results are verified by measurements. The model is applied to investigate overvoltages induced at the cross-bonding cable and box on 1.2/50 µs impulse voltage injection representing a lightning impulse voltage applied to the core conductor of the cross-bonding cable. Furthermore, the effectiveness of surge arresters to reduce overvoltages at the cross-bonding cable screen is demonstrated by simulations with this model in PSCAD.

AB - Transients from lightning strikes can enter underground cables at overhead line to power cable transitions. Possible overvoltages on these surges at cross-bonding connections of the cable screens are of major concern. A model is developed for modelling overvoltages from transient signal propagation through a combined cross-bonding cable and box. This model is applied to the first Dutch 400 kV cable connection. Such model incorporates model parameters whose values depend on design details of the cross-bonding box. The values for these model parameters are extracted from the measured transmission and reflection signal on steep pulses injected into the actual cross-bonding box configuration. The model combines transmission line description for the cross-bonding cables with mainly inductive behaviour of the cross-bonding box. The obtained results are verified by measurements. The model is applied to investigate overvoltages induced at the cross-bonding cable and box on 1.2/50 µs impulse voltage injection representing a lightning impulse voltage applied to the core conductor of the cross-bonding cable. Furthermore, the effectiveness of surge arresters to reduce overvoltages at the cross-bonding cable screen is demonstrated by simulations with this model in PSCAD.

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