Flux: Skewed geometries avoid long 3D computation time

- Power Transformer

- Current Transformer

- Multi-phase / Single phase transformer

- Filtering & compensation Reactors…

Power industry, Rail, Aerospace, Renewable energy…

Design & virtual prototyping of transformers and inductances (geometry, material, electrical circuit)

Optimize its efficiency and find the performance optima

Study the materials sensitivity to temperature variations (non linear dependence)

Thermal and frequency analysis (losses evaluation)…

- Magnetic induction and magnetic energy

- Eddy currents distribution in conductive parts

- Joule losses, Iron losses, Stray losses

- Currents, Voltages versus time

- Temperature: Color map distribution

- Geometry building facilities such as advanced CAD import from various formats STEP, IGES, DXF, STL, SAT, Inventor, Pro_E, CATIA V4, CATIA V5…

- Multi parametric solving enabling the study for different geometries and physical properties

- Advanced electric circuit descriptor integrated in Flux including various components to account for the loads (balanced or unbalanced) and the connections between the different conductors

- Dedicated Flux features for coils modeling: stranded and solid conductors

- Thin conductive and surface impedance regions to account for the skin effect

Schneider Electric (official software) including companies as France Transfo & Jeumont Schneider transformateurs, EDF, Areva, Alstom, Transrail, ABB Secheron, Federal Mogul, General Electric, Korean Electrotechnology Research Institute, Iskra Stikala, Trafomec, Transfor, Microspire, G2Elab…