Power Engineering Simulation for Transformers & High-Power Systems
Design, test, and optimize transformers, high-power cables, and power equipment with EMWORKS electromagnetic simulation.
Use EMWORKS to evaluate losses, temperature rise, insulation stress, and electromagnetic forces before building hardware. Validate high-power designs early, reduce prototyping cycles, and improve efficiency and reliability for demanding grid and industrial applications.
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High Power Cables
Use EMWorks to model high-power cables in 3D, compute current density, losses, temperature rise and insulation stress, and compare design options. -
Transformers
Use EMWorks transformer simulation to evaluate core losses, leakage, insulation stress, and temperature rise for power, distribution, and instrument transformers directly from CAD models. -
Bus Bars
EMWorks provides 3D electromagnetic tools to design high-current busbars, calculate current density and losses, and verify clearances and mechanical limits before prototyping. -
Conductors and Resistors
Simulate conductors and resistors in 3D to predict resistance, current density, Joule losses, and temperature for power and electronics applications. -
Insulators
Evaluate electric field distribution, insulation stress, creepage and clearance, and breakdown risk in high-voltage busbars, cables, surge arresters, switchgear, and insulators. -
Induction Heating
EMWorks provides 3D induction heating simulation to model coils, workpieces, fixtures, and cooling. Evaluate current density, losses, and temperature rise to improve efficiency, avoid hotspots, and size power supplies before prototyping. -
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Wireless Power Transfer
Simulate wireless power transfer coils, fields, and coupling directly from your CAD models. Evaluate efficiency, losses, misalignment, and shielding before building prototypes.