From copper’s role in motors and transformers to efficiency and circularity at scale, Fernando Nuño shares why CWIEME Berlin matters to the future of clean energy systems.
In this in-depth feature, Professor Nick Simpson of the University of Bristol explores how additive manufacturing is redefining what electrical machines can achieve, and why incremental improvements will not be enough to meet the power density targets set for the next decade.
As CWIEME Berlin 2026 approaches, discover the machinery, materials, and engineering priorities set to influence how the global coil winding industry moves forward.
In this Five Minutes with... interview, Clifford Ondieki reflects on the role of coil winding in grid reliability, the limits of theoretical models, and the technologies set to accelerate energy projects.
From battery chemistry shifts to silicon carbide adoption and grid-ready design, explore the technologies and supply chain strategies shaping the next phase of electrification ahead of CWIEME Berlin 2026.
For companies scaling electrification technologies, supply chain decisions now shape risk, growth and delivery. Explore why resilience is becoming a strategic capability, not a back-office function.
Greenland is emerging as a potential pillar of critical mineral supply, but turning geological promise into industrial reality comes with major logistical, regulatory, and geopolitical trade-offs.
AI is enabling earlier fault detection, smarter maintenance and more flexible transformer operation. Learn how manufacturers and utilities are applying intelligence across the transformer lifecycle.
How Ducab Metals Business used CWIEME Berlin to position integrated copper and aluminium solutions at the heart of global supply and demand across the electrical manufacturing value chain.
Discover why coil winding is central to transformer and motor innovation as Europe accelerates electrification. Explore key trends ahead of CWIEME Berlin 2026.
How the Innovation Zone created focused visibility, high-quality technical conversations and real momentum for emerging solution providers at CWIEME Berlin
How Aperam Alloys used CWIEME Berlin 2025 to connect materials innovation with engineers, procurement teams and live projects across the electrical manufacturing value chain.
Clifford Ondieki came to CWIEME Berlin 2025 as a master’s student focused on power systems planning. One conversation at the show reshaped his research and led to an IEEE Best Paper Award.
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