Van Jaarsveldt, H.Gouws, R.2016-08-052016-08-052014Van Jaarsveldt, H. & Gouws, R. 2014. Nie-indringende monitering van elektriese kabels in die industriële sektor om faling en kragonderbrekings te beperk. Proceedings of the Student Symposium in Science, 6-7 Nov. Unisa, South Africa. [https://www.academia.edu/27005345/Non-intrusive_condition_monitoring_of_electrical_cables_within_the_industrial_sector_to_prevent_cables_failing_prematurely_Nie-indringende_monitering_van_elektriese_kabels_in_die_industri%C3%ABle_sektor_om_faling_en_kragonderbrekings_te_beperk]http://hdl.handle.net/10394/18161https://www.academia.edu/27005345/Non-intrusive_condition_monitoring_of_electrical_cables_within_the_industrial_sector_to_prevent_cables_failing_prematurely_Nie-indringende_monitering_van_elektriese_kabels_in_die_industri%C3%ABle_sektor_om_faling_en_kragonderbrekings_te_beperk]Condition monitoring of electrical cables can prevent cables from failing prematurely. Partial discharge (PD) is the main source for degradation of the insulation material of medium-voltage cables. The well-known capacitor model of Germant and Philippoff was used to create Simulink models for the purpose of simulating PD. A basic model was designed to detect and measure PD activity within the insulation material of mediumvoltage electrical cablesotherPresentation