Devan Pillay, President of the Heavy Industry Segment at Schneider Electric, has commented on China’s decision to relocate a substantial portion of its aluminium smelting capacity to regions powered by renewable energy.
China, which accounts for roughly 60% of global aluminium production, is in the process of moving nearly 30% of its smelting operations to areas rich in hydropower, wind and solar resources. According to Pillay, the implications of this transition extend well beyond the aluminium sector.
The relocation involves shifting production away from coal-dependent provinces and developing new facilities designed around hydropower availability, high-voltage transmission infrastructure and integrated renewable energy systems. Pillay described the strategy as a clear example of large-scale industrial decarbonisation executed with long-term intent.
He emphasised that the move represents more than a geographical adjustment. Instead, it signals a structural redesign of heavy industrial systems. By embedding electrification and advanced automation at the core of operations, rather than treating them as supplementary measures, China is aligning industrial modernisation with global climate objectives while maintaining productivity and competitiveness.
The model, he noted, could serve as a blueprint for other energy-intensive industries, including cement, steel and data centres. Electrified and automated industrial clusters powered by renewables have the potential to function not only as low-carbon production hubs but also as drivers of economic strength.
Pillay suggested that the broader message for global economies is clear: pursuing electrification and automation with strategic ambition can enable the next phase of industrial growth to be sustainable by design, turning climate alignment into a competitive advantage rather than a constraint.
