Sato, Hideaki (Tokyo Electric Power CO, Japan) |
Development of an innovative residual-charge measurement technique for water-tree deteriorated XLPE cable - B.6.5 |
Satou, Hiromasa (EXSYM Corp., Japan) |
Development of outdoor-sealing-end of prefabricated-composite-insulator for 66/77 kV XLPE cable - C.5.1.16 |
Saugrain, Jean-Maxime (NEXANS, France) |
Superconducting cables - status and applications - A.3.1 |
Scheiffarth, Hans-Peter (University of Duisburg-Essen, Germany) |
An adaptive monitor program for dynamic thermal rating of power cables - C.5.2.3 |
Schierig, Stefan (TU Dresden, Germany) |
HV AC testing of super-long cables and gas-insulated lines in factory and on-site - A.10.5 |
Schmidt, Frank (NEXANS, Germany) |
Superconducting cables - status and applications - A.3.1 |
Development and demonstration of a long length transmission voltage cold dielectric superconducting cable to operate in the Long Island Power Authority grid - A.3.4 |
Schröder, Gero (Südkabel, Germany) |
400 kV XLPE insulated cable systems with dry plug-in outdoor terminations - A.1.2 |
The St. John´s Wood - Elstree experience: testing a 20 km long 400 kV XLPE-insulated cable system after installation - A.2.2 |
Sedding, Howard (Kinectrics Inc., Canada) |
Sensitivity assessment for partial discharge measurements on solid dielectric transmission cables - A.7.1 |
Seifert, Stefan (Technische Universitaet Berlin, Germany) |
New approach for high voltage cable on-site testing - A.4.6 |
Seitz, Paul P. (Seitz Instruments AG, Switzerland) |
On-site VHF partial discharge detection on power cable accessories - A.4.2 |
Insulation diagnosis of high voltage power cables - C.7.2.1 |
Advanced solution for on-site diagnosis of distribution power cables - C.7.2.4 |
Novel method for on-site testing and diagnosis of transmission cables up to 250 kV - C.7.2.10 |
Sekiguchi, Youitsu (J-Power Systems Corp., Japan) |
Development on recycling technology of XLPE - C.5.1.6 |
Sekula, Oldrich (Brugg Kabel, Switzerland) |
PD-monitoring and on-site-commissioning-test of 400 kV XLPE-insulated cable circuits at Jebel Ali / Dubai - A.7.3 |
Selsjord, Mildrid (SINTEF Energy Research, Norway) |
Initiation site analysis of vented water trees growing from the conductor screen of service and laboratory aged XLPE cable insulation - C.7.1.9 |
Initiation of electrical trees from defects in XLPE insulation under DC stress - A.10.2 |
Sema, Nobuyuki (SWCC SHOWA Cable System, Japan) |
Development of outdoor-sealing-end of prefabricated-composite-insulator for 66/77 kV XLPE cable - C.5.1.16 |
Serres, Etienne (RTE, National Centre for Grid Expertise, France) |
Environmental impacts in rural area of a HV underground link - A.8.3 |
Shackleton, Derek (Oceaneering Multiflex, UK) |
Electrical and thermal design of umbilical cable - A.9.2 |
Sharaf, Ahmad (Ministry of Energy, Yarmouk, Kuwait);£4£ |
Outsourcing preventive maintenance on underground power transmission cables - A.6.2 |
Sharafi, Dean (Western Power Corp. Australia) |
Longitudinal induction voltage measurement on communication cables running parallel to overhead lines or power cables - B.9.5 |
Shell, Fabian (Brugg Kabel, Switzerland) |
Large projects of EHV underground cable systems - A.2.1 |
Shin, Dong-Hoon (Wonkwang University, South Korea) |
Partial discharge diagnosis on live EHV power cable using planar UWB antenna - C.7.2.11 |
Shuvalov, Mikhail (VNIIKP, Russia) |
Water treeing test results for different XLPE compounds obtained with needle techniques - C.7.1.7 |
Singh, Nirmal (Detroit Edison Company, MI, USA) |
US experience on condition assessment of various types of taped cable systems by dissolved gas analysis based on a novel sampling and analysis technique - A.5.1 |
Singh, Sandeep K. (Detroit Edison Company, MI, USA) |
US experience on condition assessment of various types of taped cable systems by dissolved gas analysis based on a novel sampling and analysis technique - A.5.1 |
Siodla, Krzysztof. (Poznan University, Poland) |
Study of thermally and water tree aged polyethylene by infrared spectroscopy, absorption currents and space charge measurements - C.7.1.12 |
Sjöberg, Mats (ABB Power Systems, Sweden) |
The Norned HVDC link – cable design and performance - B.7.2 |
Skog, Jan-Erik (Statnett, Norway) |
The Norned HVDC link – cable design and performance - B.7.2 |
Sloot, Wouter (KEMA, Netherlands) |
New approach to measure conductor temperature during type test - A.10.3 |
Smedberg, Annika (BOREALIS AB, Sweden) |
Performance of modern cables in Central Europe - C.5.1.4 |
Crosslinking and water treeing in polyethylene insulation - C.7.1.8 |
Initiation site analysis of vented water trees growing from the conductor screen of service and laboratory aged XLPE cable insulation - C.7.1.9 |
Comparison of different analytical test methods to monitor crosslinking by-products in XLPE insulated cables - A.10.1 |
Smit, Jacco (Nuon Tecno, Netherlands) |
A dynamic rating system for a hybrid 150 kV transmission system - A.6.5 |
Smit, Johan J. (Delft University of Technology, Netherlands) |
Evaluation of different replacement strategies of a medium voltage cable joint based on statistical failure analysis - B.1.2 |
On-site VHF partial discharge detection on power cable accessories - A.4.2 |
Failure prediction in 50 kV mass-insulated power cable systems - A.6.3 |
Insulation diagnosis of high voltage power cables - C.7.2.1 |
Advanced solution for on-site diagnosis of distribution power cables - C.7.2.4 |
Sensitivity verification procedure of VHF PD detection systems - C.7.2.6 |
Soeller, Markus (Power Diagnostix Systems, Germany) |
On-site partial discharge testing of distribution class cables using VLF and power frequency excitation - C.7.2.9 |
Sonesson, Claes (ABB Power Systems, Sweden) |
Development of extruded single core cables for deep waters - B.7.1 |
Song, Il-keun (KEPCO, South Korea) |
A development of underground distribution cable for water-blocking and reducing protrusions - C.5.1.11 |
Song, Jae Hyuk (Taihan Electric Wire, South Korea) |
Development of Pre-Molded Joint for 230 kV XLPE Power Cables - C.5.1.12 |
Sörqvist, Torbjöm (ABB Power Products, Sweden) |
Increased voltage for the HVDC light product range – a complete solution - B.4.7 |
Spelleman, Cedric (EDF R&D, France) |
Effect of ageing on MV underground asset reliability - B.6.1 |
Srinivas, Nagu (DTE Energy Technologies, MI, USA) |
Condition assessment of power cable systems in the energized state - C.7.2.16 |
Stagi, William (UtilX Corporation, WA, USA) |
Cable rejuvenation technology; past, present and future - C.7.2.14 |
Stammen, Joerg (University of Duisburg-Essen, Germany) |
An adaptive monitor program for dynamic thermal rating of power cables - C.5.2.3 |
Stancu, Christina (University Politehnica of Bucharest, Romania) |
Study of thermally and water tree aged polyethylene by infrared spectroscopy, absorption currents and space charge measurements - C.7.1.12 |
St-Antoine, Serge (Réseau de Distribution, Hydro-Québec, Canada) |
Emergency conditions applied to triplex medium-voltage XLPE cables having flat strap neutrals - B.1.4 |
Steennis, Fred (KEMA-TDT, Netherlands) |
Permanent on-line monitoring of MV power cables based on partial discharge detection and localisation - An update - A.4.1 |
Stenseth, Knut (NEXANS, Norway) |
Challenges of the second submarine interconnection between Spain and Morocco - A.9.1 |
Strehl, T. (LEMKE DIAGNOSTICS, Germany) |
PD-monitoring and on-site-commissioning-test of 400 kV XLPE-insulated cable circuits at Jebel Ali / Dubai - A.7.3 |
Stroot, Volker (Südkabel, Germany) |
400 kV XLPE insulated cable systems with dry plug-in outdoor terminations - A.1.2 |
Stuhldreier, Thomas (NEXANS, France) |
Understanding and optimization of long term ageing in cable industry - C.7.1.18 |
Sutton, Simon (National Grid, Warwick, UK) |
The St. John´s Wood - Elstree experience: testing a 20 km long 400 kV XLPE-insulated cable system after installation - A.2.2 |
Svahn, Jörgen (ABB Power Products, Sweden) |
Increased voltage for the HVDC light product range – a complete solution - B.4.7 |
Svoma, Roman (PowerSure Technology, UK) |
Subsea connections to high capacity offshore windfarms: issues for consideration - A.9.5 |
Application of temperature sensing and dynamic strain monitoring to subsea cable technology (DTS & DTSS) - A.9.6 |
Takahashi, Tohru (VISCAS Corporation, Japan) |
Remarkable tan delta suppression of oil filled cable insulation with extremely degraded tan delta oil - A.5.2 |
Takaoka, Isao (VISCAS Corporation, Japan) |
Development of dry type out-door terminations for 66 to 110 kV XLPE cable - C.5.1.17 |
Tamayo, Idalberto (Universidad de Catalunya, Spain) |
Space charge measurements in XLPE insulated mid-voltage cable: correlation with cable performance. - C.7.1.6 |
Tambrun, Roger (EDF DRE, France) |
Diagnostic for paper cable condition assesment - A.5.4 |
Tamus, Z. Á. (Budapest University of Technology, Hungary) |
Effect of the dielectric strength test on dielectric properties - C.7.1.5 |
Tanaka, Atsushi (Tokyo Electric Power CO, Japan) |
Development of outdoor-sealing-end of prefabricated-composite-insulator for 66/77 kV XLPE cable - C.5.1.16 |
Tanaka, Hideo (VISCAS Corporation, Japan) |
Development of an innovative residual-charge measurement technique for water-tree deteriorated XLPE cable - B.6.5 |
Tarnowski, Janislaw (IREQ, Canada) |
A new customized pulling-cable software - B.2.4 |
Teissèdre, Gisèle (LEMD - CNRS / UJF, France) |
Crosslinking and water treeing in polyethylene insulation - C.7.1.8 |
Teixeira Junior, Mario Daniel (MDR Consultoria, Rio de Janeiro, Brasil) |
Dielectric system for submarine electro hydraulic umbilical up to 35 kV - C.5.1.10 |
Terayama, Atsushi (J-Power Systems Corp., Japan) |
Development of one piece type joint (self pressurized joint) for 400 kV XLPE cables - A.1.3 |
Teyssedre, Gilbert (Université Paul Sabatier, Toulouse, France) |
Effect of semicon-insulation interface on space charge formation in HVDC polymeric cables - B.7.4 |
A user-friendly tool for simulating the time-dependent field distribution in PE insulation on the basis of a physical approach - C.7.1.1 |
Tools for understanding the thermo-electrical behaviour of XLPE insulation in power cables and accessories - B.9.2 |
Thérond, Patrice (EDF SEPTEN, France) |
Nuclear cables : lifetime simulation - B.6.2 |
Tirinzoni, Peter (Northeast Utilities , Hartford, USA) |
New 345 kV underground extruded cable system project in Connecticut - A.2.3 |
Tits, Yvan (LABORELEC, Belgium) |
Electrical and physico-chemical analysis of Belgium medium voltage cables data bank - C.7.1.19 |
Torai, Yasuo (VISCAS Corporation, Japan) |
Compact various transition joints for up to 154 kV power cable - C.5.1.14 |
Toureille, Alain (LEM, Univ. de Montpellier, France) |
Evolution of space charge and internal electric field distributions in HVDC cable under long term testing - A.7.6 |
Study of thermally and water tree aged polyethylene by infrared spectroscopy, absorption currents and space charge measurements - C.7.1.12 |
Electrical and physico-chemical analysis of Belgium medium voltage cables data bank - C.7.1.19 |
Toya, Atsushi (Tokyo Electric Power CO, Japan) |
Development of outdoor-sealing-end of prefabricated-composite-insulator for 66/77 kV XLPE cable - C.5.1.16 |
Fire prevention method for 275 kV oil-filled cable joint in TEPCO - C.5.2.7 |
Trekop, René (Continuon netbeheer, Netherlands) |
A dynamic rating system for a hybrid 150 kV transmission system - A.6.5 |
Trinh, Minh (IREQ, Canada) |
A new customized pulling-cable software - B.2.4 |
Tsukamoto, Toyoshi (Tokyo Electric Power CO, Japan) |
Development of an innovative residual-charge measurement technique for water-tree deteriorated XLPE cable - B.6.5 |
Türk, Jürgen (VERBUND AHP, Salzburg, Austria) |
Gas insulated transmission lines - Under-ground bulk power transmission achieving a maximum of operational safety and reliability - A.3.6 |
Ueda, Sidnei (NEXANS, Brasil) |
Aluminium conductors in anti-robbery cables - B.10.2 |
Uozumi, Tsuyoshi (J-Power Systems Corp., Japan) |
Development of one piece type joint (self pressurized joint) for 400 kV XLPE cables - A.1.3 |
Urbanczyk, Andrzej (BOREALIS, Poland) |
Water treeing test results for different XLPE compounds obtained with needle techniques - C.7.1.7 |
Valiquette, Denis (IREQ, Canada) |
A new customized pulling-cable software - B.2.4 |
van der Wielen, Peter (KEMA-TDT, Netherlands) |
Permanent on-line monitoring of MV power cables based on partial discharge detection and localisation - An update - A.4.1 |
Sensitivity of PD inception to change of electrical design in polymeric insulated cable systems - B.9.1 |
van Houwelingen, D. (ENECO-Netbeheer, Netherlands) |
Re-evaluation of 150 kV cable capacity - B.4.5 |
van Rossum, J. C. M. (PRYSMIAN, Netherlands) |
Measurements of thrust load in cable systems rigidly installed in duct / manhole structures - B.8.6 |
Van Rysselberghe, Laurent (NEXANS, Switzerland) |
Oil replacement by water in unused oil-filled power cables - A.8.2 |
van Schaik, Nico (KEMA-TDT, Netherlands) |
Sensitivity of PD inception to change of electrical design in polymeric insulated cable systems - B.9.1 |
Vanalme, G. (Hogeschool West-Vlaanderen, Belgium) |
Thermal transient analysis of underground cables - A.5.6 |
Veggetti, Paolo (PRYSMIAN, Italy) |
Polymeric armor design of an improved protection to mechanical stresses and fluids for Oil Gas and Petrochem (OGP) applications". - B.3.7 |
Veno-Poulsen, Keld (NKT Cables, Denmark) |
Fire hazard of MV / HV cables installed in tunnels - A.6.4 |
Verdu, Jacques (ENSAM, Paris, France) |
Kinetic modelling of phenol stabiliser efficiency in polyethylene submited to nuclear environments - C.7.1.16 |
Verhoeven, S.A.M. (KEMA, Netherlands) |
Experience with PD measurements and commissioning tests - A.7.4 |
New approach to measure conductor temperature during type test - A.10.3 |
Verschraegen, Frank (IMCORP™, Belgium) |
50 Hz Partial Discharge Diagnostics - experience of N-Ergie AG. Minimizing cable failures by reliability-centered maintenance of networks - C.7.2.7 |
Vincent, Gary A. (Novinium Inc., WA, USA);£6£ |
Advances in chemical rejuvenation: extending MV cable life 40 years - C.5.1.9 |
Wacht, Wolker (NKT Cables, Germany) |
Large projects of EHV underground cable systems - A.2.1 |
Wald, Detlef (BOREALIS Polymers, Belgium) |
Performance of modern cables in Central Europe - C.5.1.4 |
Comparison of different analytical test methods to monitor crosslinking by-products in XLPE insulated cables - A.10.1 |
Watanabe, Yoichi (J-Power Systems Corp., Japan) |
Development of one piece type joint (self pressurized joint) for 400 kV XLPE cables - A.1.3 |
Weens, Yannick (Université de Lille, France) |
Power cable modeling under power electronic converter constraints - B.9.4 |
Weider, Bruno (NEXANS, Switzerland) |
Utilisation of ceramizing materials in fire resisting cables and accessories - B.3.3 |
Weinlein, Andreas (Südkabel, Germany) |
400 kV XLPE insulated cable systems with dry plug-in outdoor terminations - A.1.2 |
Weissenberg, Werner (Brugg Kabel, Switzerland) |
PD-monitoring and on-site-commissioning-test of 400 kV XLPE-insulated cable circuits at Jebel Ali / Dubai - A.7.3 |
Welsh, Tom (Long Island Power Authority, NY, USA) |
Development and demonstration of a long length transmission voltage cold dielectric superconducting cable to operate in the Long Island Power Authority grid - A.3.4 |
Willén, Dag (NKT Cables, Denmark) |
Installing a long-distance HTS cable - A.3.3 |
Type testing of a 13.2 kV, 69 MVA TRIAX HTS cable - A.10.6 |
Williams, Leigh (PowerSure Technology, UK) |
Subsea connections to high capacity offshore windfarms: issues for consideration - A.9.5 |
Application of temperature sensing and dynamic strain monitoring to subsea cable technology (DTS & DTSS) - A.9.6 |
Worzyk, Thomas (ABB Power Systems, Sweden) |
The Norned HVDC link – cable design and performance - B.7.2 |
Wu, Kai (Xi'an Jiaotong University, China) |
Sheath circulating current calculations and measurements of underground power cables - B.9.7 |
Yamada, Toshiharu (Takaoka Electric Mfg. Co., Japan) |
Application of optical fiber current sensors to underground cables - A.5.5 |
Yamaguchi, Tatsushi (Tokyo Electric Power CO, Japan) |
Application of optical fiber current sensors to underground cables - A.5.5 |
Yim, Youn-Chan (Wonkwang University, South Korea) |
Partial discharge diagnosis on live EHV power cable using planar UWB antenna - C.7.2.11 |
Yokoyama, Shigekazu (VISCAS Corporation, Japan) |
Compact various transition joints for up to 154 kV power cable - C.5.1.14 |
Yoon, Hyung-Hee (KEPCO, South Korea) |
Development and its efficacy of sheath current reduction device on underground power cable systems - C.5.2.8 |
Zaccone, Ernesto (PRYSMIAN, Italy) |
Development of the high voltage extruded cables: Italian experience - A.1.5 |
Large projects of EHV underground cable systems - A.2.1 |
Passive loops technique for electromagnetic fields mitigation: applications and theoretical considerations. - A.8.4 |
Zenger, Walter (Pacific Gas & Electric, CA, USA) |
US experience on condition assessment of various types of taped cable systems by dissolved gas analysis based on a novel sampling and analysis technique - A.5.1 |
Zhang, Hao (University of New South Wales, Australia) |
Continuous on-line monitoring of PDS in HV cables - A.4.3
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