Electromobility is an essential factor in supporting the reduction of CO2-emissions and stopping the ongoing increase of global temperatures. Therefore, new layouts and designs of e-motors are essential and highly powerful electric motors must be developed.
Electrical steel sheets are the central preliminary product.
Further processes are the punching, joining, and producing of electric motors and their adaption in vehicles. All processes must be accompanied by the testing of electric properties and by scientific research. IESSS will bring all partners of this specific value chain together, to exchange their research, experiences, and to improve the power of electric vehicles. This, and further standardization are elementary conditions to increase customer acceptance of this technology.
STEEL GRADES – compositions, microstructures, properties, homogeneity, dimensions, surface qualities, environmentally friendly isolations, and production
PROCESSING TECHNOLOGIES – Cutting technologies such as stamping, laser cutting, precision pieces, surface and edge qualities; as well as joining technologies such as stack production, welding, interlocking, bonding,and blacklack
LAYOUT AND DESIGN of e-motors
MODELLING, SIMULATION AND TESTING – materials, properties, components, joints, processes, innovative testing methods, characteristic values, drive cycle consideration for e-mobility, quality assessment and parts integrity
STANDARDIZATION – procedures, characteristic values, sustainability and C-footprint