Influence of Deep Trap Density and Injection Barrier Height towards Accumulation of Space Charge within Dielectrics

Influence of Deep Trap Density and Injection Barrier Height towards Accumulation of Space Charge within Dielectrics

Over a decade, insulation technologies have undergone numerous developments to provide better protection for high-voltage direct current (HVDC) equipment. HVDC system has been regarded by the power industry as a medium for long-distance bulk transmission over high voltage alternating current (HVAC)....

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Bibliographic Details
Main Authors: Salim I.D., Nik Ali N.H., Ariffin A.M., Doolgindachbaporn A., Kuan T.M., Abdul Talib Mat Yusoh M.
Other Authors: 58221414300
Format: Conference Paper
Published: Institute of Electrical and Electronics Engineers Inc. 2024
Subjects:
ageing
BCT model
cross-linked polyethylene
HVDC cable
low-density polyethylene
space charge
Cable sheathing
Crosslinking
Electric fields
Electric insulation
Electric power system protection
HVDC power transmission
Impurities
Insulating materials
Low density polyethylenes
Bipolar charge
Bipolar charge transport model
Charge-transport model
Crosslinked polyethylene
Current cables
Deep traps
High-Voltage Direct Current
High-voltage direct current cable
Injection barriers
Trap density
Electric space charge
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