172 results for your search
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Session MaterialsHarnessing solar-wind complementarity to unlock the full potential of submarine high voltage cables: a case study for the Belgian North Sea
Ref B1-11886-2024 • 2024 -
Session Materials
Results of PQ Test and Various Type Tests for AC 400kV Submarine Cable System
Ref B1-10695-2024 • 2024 -
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ISH CollectionSimulating calculations of transient voltage on insulating sheath along a long-distance 500kv XLPE submarine cable
Ref ISH2017_544 • 2017 -
ISH Collection
Studies on parameters influencing the armour and shield losses of submarine power cables
Ref ISH2017_186 • 2017 -
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Green BooksAccessories for HV and EHV Extruded Cables - Volume 2: Land and Submarine AC/DC Applications
Ref GB 10 • 2023 -
SPONSORED CONTENT
Australian Utility Studies Network Impact of EV Charging
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Session Materials
Modeling of the Thermoelectric Performance of Offshore Power Cable Joints
Ref B1-11311-2024 • 2024 -
Session Materials
Developing an FEM Model of the TB880 3-Core Cable Case Study
Ref B1-10331-2024 • 2024 -
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Session Materials
Fault location on the Spain Morocco HV Submarine Cable – Improving Fault Distance Measuring Accuracy
Ref B1-10587-2024 • 2024 -
Session Materials
Qualification of Submarine AC Cables for 1500 m Water Depth
Ref B1-11080-2024 • 2024 -
Session Materials
Design, manufacturing, and installation of world’s first 500kV three-core XLPE insulated AC submarine cable
Ref B1-10170-2024 • 2024 -
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WebinarsRecommendations for mechanical testing of submarine cables for dynamic applications
Ref WBN039 • 2022Video content -
Technical Brochures
Update of service experience of HV underground and submarine cable systems
Ref 815 • 2020 -
ISH Collection
Thermal-electrical interaction of losses in three-core submarine power cables
Ref ISH2015_162 • 2015 -
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ElectraRecommendations for additional testing for submarine cables from 6 kV (Um=7,2 kV) up to 60 kV (Um=72,5 kV)
Ref ELT_298_1 • 2018 -
