High voltage system design
Electric field strength and potential distribution, leakage current, dielectric loss factor and resistive losses in high-voltage equipment, plus transient electric field analysis.
Available Analysis Modules
QuickField can be applied to many aspects of high-voltage system design:
Electrostatics
Electric field strength and potential distribution.
AC Conduction, DC Conduction
Active and reactive leakage current distribution; dielectric loss factor and resistive loss calculation.
Transient Electric Field
Time-dependent distribution of electric field strength and potential.
Companion Tools
- Electric field line plotter
- Charged particle trajectory tracer
Related Simulation Examples5
All examples →
Condenser bushing field grading
Axisymmetric AC Conduction
Disc insulator leakage current
Axisymmetric multiphysics: AC Conduction coupled with steady-state heat transfer
Cable insulation electric stress
Plane-parallel Electrostatics
Earthing grid resistance
Axisymmetric DC Conduction
Cable termination to oil filled bushing
Axisymmetric AC ConductionOther Application Areas
Actuator designBuilding insulationCable designCapacitor designElectrical machines designElectron-ion optic deviceEMC analysisInduction heating system designInsulator designMagnetic systems designMechanical devices designPCB designSensors designSpeaker designSuperconducting system designThermal models designTransformer designTransmission line design