Open Access Open Access  Restricted Access Subscription or Fee Access

Transient Performance of a Cabtyre Cable – Physical Parameters Determination by Measurements

Asha Shendge, Naoto Nagaoka


Recently, cabtyre cables are widely used in power systems due to low cost and its flexibility. Correct estimation of cabtyre cable parameters is necessary to compute overvoltage phenomena in cabtyre cable applications. The primary physical parameters resistance, inductance, capacitance and conductance are necessary to evaluate the phenomena. The resistance, capacitance and inductance are essential for representing the wave propagation characteristics along the cable. In this paper, parameters of a cabtyre cable are investigated by measurements. This study is helpful for modeling a cabtyre cable.


Transient Performance, Cabtyre Cable, Physical Parameters

Full Text:



A. Ametani, “A general formulation of impedance and admittance” IEEE Trans. PAS, Vol.99, No.3, pp.902-908 May/June1980

L. M. Wedepohl, “Application of matrix methods to the solution of travelling-wave phenomena in polyphase systems”, Proceedings IEE, Vol. 110, pp. 2200–2212, December 1963.

L V. Bewley, “Traveling waves on transmission systems”, Dover, New York, 1951

Asha Shendge, N. Nagaoka, “Wave Propagation Characteristics on a Cabtyre Cable” Annual Meeting, Doshisha Univ. Institute of Science and Eng., Dec.2011.

Asha Shendge, N. Nagaoka, “ A study on a Cabtyre Cable for a Transient Condition” accepted to publish in International Journal of Advances in Electrical and Electronics Engineering, Vol. 2 and Issue 2 August, 2012

Asha Shendge, N. Nagaoka, “A frequency dependent model of a Cabtyre Cable for transient analysis” accepted for International conference on Electrical Engineering (ICEE-8th -12th July-2012) at Kanazawa, Japan.

Asha Shendge, N. Nagaoka, “A modeling method and EMTP

simulations of an Inverter Surge” published in proceedings of Asia Pacific Electromagnetic Compatibility (APEMC-2012) at Singapore, May-2012.


  • There are currently no refbacks.

Creative Commons License
This work is licensed under a Creative Commons Attribution 3.0 License.