Berlin's investment momentum confirms an industry shift 

Berlin is strengthening its position as one of Europe's leading centres for artificial intelligence, robotics and advanced manufacturing. According to Germany Trade & Invest, businesses invested around €1.4 billion into projects across the city during the first half of 2026, more than doubling investment compared with the previous six months. Much of that growth has been driven by AI, robotics and automation, alongside 43 new business expansion projects and almost 3,000 new jobs. 

For the electrical manufacturing industry, this is more than a positive investment story. It reinforces many of the themes that emerged throughout CWIEME Berlin 2026, where manufacturers, engineers and technology providers explored how AI is becoming an essential part of modern production. 

AI is moving from ambition to implementation 

Across the event, one message was clear. AI is no longer viewed as a future technology. It is increasingly being deployed to solve practical manufacturing challenges. 

Manufacturers shared how intelligent production planning is improving factory throughput, predictive maintenance is reducing downtime, and automated inspection systems are helping maintain quality while addressing skilled labour shortages. Robotics is also supporting production teams by improving consistency and flexibility across manufacturing operations. 

These developments are becoming increasingly relevant across the entire electrical manufacturing value chain, from raw materials and components through to machinery, software and finished electrical equipment. 

Manufacturing remains central to electrification 

As demand continues to grow for transformers, electric motors, generators and supporting technologies, manufacturers are under pressure to increase output while maintaining quality, resilience and delivery performance. 

Throughout CWIEME Berlin 2026, discussions focused on how AI and automation can help reduce production bottlenecks, improve testing processes and strengthen supply chain resilience. Rather than replacing engineering expertise, these technologies are enabling manufacturers to make better use of skilled teams and respond more effectively to changing market demands. 

These priorities closely reflect the challenges facing engineers, procurement professionals and R&D leaders across the industry. 

Berlin continues to strengthen its manufacturing ecosystem 

Germany already has one of Europe's strongest industrial automation ecosystems, combining advanced engineering expertise with significant investment in robotics, AI and digital manufacturing. 

The latest investment figures demonstrate that Berlin continues to attract businesses developing the technologies that will shape the future of manufacturing. For the electrical manufacturing sector, this creates new opportunities for collaboration between machinery suppliers, software developers, component manufacturers and OEMs. 

The conversations continue 

At CWIEME Berlin 2026, AI featured prominently across technical sessions and industry discussions. 

The Electric Motor Forum explored AI driven modelling, system level optimisation and advanced manufacturing approaches for next generation motor technologies. Meanwhile, the Central Grid examined how AI is supporting smarter power systems through asset intelligence, forecasting and grid management. 

The investment now flowing into Berlin reinforces the direction of travel identified by industry leaders throughout the event. AI is becoming a practical manufacturing tool that supports productivity, resilience and long term competitiveness. 

Looking ahead 

The conversations that took place at CWIEME Berlin 2026 highlighted an industry focused on practical progress rather than technology for technology's sake. 

As investment in AI and robotics continues to accelerate across Berlin, manufacturers are better positioned to improve production efficiency, strengthen supply chains and deliver the equipment needed to support electrification across energy, transport and industry. 

The technologies may continue to evolve, but one thing remains constant: progress is driven by collaboration. Bringing together the entire electrical manufacturing value chain remains essential to turning innovation into real world impact.