PD Sensors for After-installation Testing and Monitoring of Extruded HVAC and HVDC Cable Systems. Properties and Applications
ID:3 View Protection:ATTENDEE Updated Time:2022-09-13 06:40:39 Hits:374 Oral Presentation

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Abstract
This paper focuses on the properties and limitations of selected PD sensors for HV/EHV cable systems. Examples of PD sensor application in HVAC cable systems show the advantages of distributed PD detection. However, for 525 kV HVDC cable systems of extreme length, such as those currently being installed in Germany, new requirements are now arising for PD sensors that are suitable for this purpose.
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Speaker
Ronald Plath
Professor Technische Universität Berlin

Ronald Plath was born in Berlin, Germany in 1962. He received his diploma and PhD in High Voltage (HV) Engineering from the Technical University of Berlin, Germany (TUB), in 1987 and 1994, respectively. From 1993 to 1997, he worked at CESI, Milan, Italy as a consulting engineer in the first prequalification tests of AC 380 kV XLPE cables. From 1997 to 2007 he was head of the HV laboratories at IPH Berlin, Germany (now part of the CESI group). From 1998 to 2013, he was a lecturer at TUB. From 2007 to 2010, he was responsible for the development of monitoring systems for HV devices and systems at OMICRON Berlin. Since 2010, he has been managing director of HPS Berlin with a focus on consulting and on-site HV testing worldwide. Since 2013, he has been a full professor of high voltage technology at TUB. His research interests include HV testing and diagnostics, especially partial discharge measurement and monitoring, HV cables, HVDC and power electronic insulation systems. He is a member of IEEE, CIGRE and VDE (DKE K124, German mirror committee of IEC TC 42, ETG Q2 Materials, Insulation Systems and Diagnostics and FNN project group "Deployment of 525 kV HVDC cables"). He was German member of CIGRE WG B1.06, B1.28 and B1.38 and is member of CIGRE German SC B1 mirror committee, corresponding member of CIGRE WG D1.54, JWG D1/B3.7, D1.66 and convener of CIGRE WG D1.63. He is member of Jicable International Scientific & Technical Committee. In 2021, he became a member of the Scientific Advisory & Project Board (SABP) of 50hertz, one of the four German TSOs. engineering at TUB in 2013. His research interest is in HV testing and diagnostics, especially in partial discharge (PD) measurements and monitoring, in HV cables, in HVDC and power electronic insulation systems. He is member of IEEE, CIGRE and VDE (DKE K124, German mirror committee of IEC TC 42, ETG Q2 materials, insulation systems and diagnosis and FNN project group „Deployment of 525 kV HVDC cables“). He was German member of CIGRE WG B1.06, B1.28 and B1.38 and is member of CIGRE German SC B1 mirror committee, corresponding member of CIGRE WG D1.54, JWG D1/B3.7, D1.66 and convener of CIGRE WG D1.63. He is member of Jicable International Scientific & Technical Committee. In 2021, he became member of the Scientific Advisory & Project Board (SABP) of 50hertz, one of the four German TSOs.

Submission Author
Ronald Plath Technische Universität Berlin
Thomas Nentzl Technische Universität Berlin
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    Sep 25

    2022

    to

    Sep 29

    2022

  • Aug 15 2022

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  • Sep 10 2022

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  • Nov 10 2022

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  • Nov 30 2022

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  • Nov 30 2022

    Final Paper Deadline

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