Modeling and Simulation of Electrical Aging of Medium Voltage XLPE Power Cables Based on Finite Element Analysis

Keyphrases

• Age-related Decline 33%
• Aging Phenomena 33%
• Aging Process 33%
• Cable Aging 66%
• Cable Insulation 33%
• Computational Modeling 33%
• Computational Simulation 33%
• COMSOL Multiphysics Software 33%
• Detailed Simulation 33%
• Dielectric Parameters 66%
• Dielectric Polarization 33%
• Electric Polarization 33%
• Electric Power Quality 33%
• Electrical Aging 100%
• Electrical Stress 100%
• Electricity Distribution Network 33%
• Electricity Transmission Network 33%
• Electronic Charge 33%
• Finite Element Analysis 100%
• Insulation 33%
• Insulation Breakdown 33%
• Insulation Materials 33%
• Insulation Medium 100%
• Irreversible Damage 33%
• Long-term Degradation 33%
• Medium Voltage 100%
• Operating Voltage 33%
• Operational Voltage 33%
• Phenomena-based 33%
• Power Cable 100%
• Simulation Scheme 33%
• Voltage Range 33%
• XLPE Cable 100%

Engineering

• Dielectrics 60%
• Electric Polarization 20%
• Electric Power Distribution 40%
• Electric Power Transmission 20%
• Electric Power Transmission Networks 20%
• Electronic Charge 20%
• Finite Element Analysis 100%
• Insulation Material 20%
• Operating Voltage 20%
• Power Cable 100%
• XLPE Cable 20%

Material Science

• Cross-Linked Polyethylene 33%
• Dielectric Material 100%
• Finite Element Method 100%