Electric motors are no longer a supporting technology. They are now central to how Europe produces, moves and uses energy. From industrial automation and power generation to transport and infrastructure, electric motors underpin nearly every electrification initiative underway today.

As demand for efficiency, reliability and scalability grows, motor design is under increasing pressure. Manufacturers must balance power density, thermal behaviour and material efficiency, all while meeting tightening regulatory and sustainability requirements. This shift places greater focus on motor architecture, winding design and material selection.

For engineers, electric motors are becoming a system-level consideration rather than a component choice. Motor performance directly affects energy losses, system lifetime and operational cost. In sectors such as manufacturing and utilities, even small efficiency gains translate into significant long-term impact.

E-mobility has accelerated this focus. Vehicle manufacturers require motors that deliver consistent performance across a wide range of operating conditions, often within tighter space constraints. This has driven innovation in rotor-stator design, insulation systems and precision manufacturing techniques.

At the same time, industrial users are modernising equipment to reduce energy consumption and improve process control. High-efficiency motors, paired with advanced drives and monitoring systems, are now essential to meeting both productivity and sustainability targets.

CWIEME Berlin brings together the full motor ecosystem, from materials and components to machinery and digital solutions. It is where motor manufacturers, engineers and suppliers connect to address real production challenges and explore technologies shaping the next generation of electric motors.

As Europe’s electrification continues to scale, electric motors will remain a defining technology. The organisations that invest in performance-driven motor design today will be best placed to lead tomorrow.