Conference Article

·2011

Analysis of eccentric axial high voltage underground cable

Celal Kocatepe YTU , Celal Fadıl Kumru YTU , Tiraje Ozturk

International Conference on Electrical and Electronics Engineering

Abstract

Nowadays the electricity energy consumption is rapidly increasing. Along with the growing load demand, the components used in energy systems should be safe, have a long-life and have high quality to ensure energy continuity. The high voltage underground cables (HVUC) that widely used in power systems should be designed for certain criteria. Thus, care must be taken in the design and production of HVUC. For this reason, energy transmission cables should also be safety, long life, high quality, etc. In this study, electric field analysis of a HVUC is carried out. By using Finite Element Method (FEM), an electric field analysis of a 500 kV HVUC is achieved for axial conductor and eccentric axial conductor. In the system simulation, Finite Element Method Magnetics (FEMM) packed software is used.

Keywords

Finite element method Conductor Electricity Engineering Voltage Electric power transmission Electrical conductor Automotive engineering Electrical engineering High voltage Structural engineering Energy consumption Mechanical engineering Electric potential energy Energy (signal processing) Materials science Physics Composite material

Subject Areas

Thermal Analysis in Power Transmission ·Control and Systems Engineering ·Physical Sciences
Lightning and Electromagnetic Phenomena ·Astronomy and Astrophysics ·Physical Sciences
High voltage insulation and dielectric phenomena ·Materials Chemistry ·Physical Sciences

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