Perform complex simulations to predict bushing behavior under extreme stress, mapping electric field distributions to prevent corona discharge and insulation breakdown
Job Summary
Perform complex simulations to predict bushing behavior under extreme stress, mapping electric field distributions to prevent corona discharge and insulation breakdown.
Calculate Emax at shield ends and condenser layers, and simulate skin effect and ohmic heating to ensure bushings operate within thermal limits according to IEC/IEEE standards.
Evaluate structural integrity of insulators and design optimal radial/axial distribution of capacitive layers to achieve uniform electric fields, while also simulating type tests and performing root cause analysis for failures.
Matching Summary
Perform complex simulations to predict bushing behavior under extreme stress, mapping electric field distributions to prevent corona discharge and insulation breakdown.
Skills & Requirements
Must-have
COMSOL Multiphysics
Electrical and Thermal Simulations
Electric field distribution analysis
Thermal limit calculations
Structural integrity evaluation
Insulation material simulation
Nice-to-have
Transformer bushings knowledge
High voltage product expertise
Global standards compliance
Root cause analysis skills
Key Requirements
4-8 years of experience
Degree/Master's in Electrical Engineering
Experience in Electrical or Thermal Design Simulation