Electromobility is an essential factor to support the reduction of CO2-emissions and to stop the ongoing increasing of the global temperatures. Therefore new layout and design of e-motors are essential, high powerful electric motors must be developed.
Electrical steel sheets are the central preliminary product.
Further processes are punching, joining, producing of electric motors and their adaption in vehicles. All processes must accompany by testing the electric properties and by scientific research. IESSS should bring all partners of the specific value chain together, to exchange their experiences and to improve the power of electric vehicles. This and the standardisation are elementary conditions to increase customer acceptance of this technology.
STEEL GRADES – compositions, microstructure, properties, homogeneity, dimensions, surface qualities, environmentally friendly isolations, production
PROCESSING TECHNOLOGIES – Cutting technologies like stamping, laser cutting, precision of pieces, surface and edge qualities; and Joining technologies like stack production, welding, interlocking, bonding, blacklack
LAYOUT AND DESIGN of e-motors
MODELLING, SIMULATION AND TESTING – materials, properties, components, joints, processes, innovative testing methods, characteristic values, considering drive cycle for e-mobility, quality assessment and part integrity
STANDARDISATION – procedures, characteristic values, sustainability and C-footprint