CBRE: India is on track to add up to 850 MW of data center capacity by the end of 2026, outpacing South Korea at 495 MW and Japan at 407 MW over the same period
Context & Ripple Effects
India’s projected buildout sits within a wider regional rush for powered data-center sites: Asia-Pacific transactions had already accounted for more than half of global data-center deal value in early 2024, according to the region’s outsized share of data-center deal activity.
Related coverage also identifies large technology companies’ self-build plans as a force that could move India to Asia-Pacific’s top rank for that capacity type, sharpening the significance of the projected additions beyond third-party facilities alone.
First-order effects
- India’s data-center development pipeline gains a clear scale advantage over the South Korean and Japanese additions cited for the same period, concentrating attention on Indian sites, developers, and power connections.
- Cloud and technology operators planning Asian capacity have a larger prospective Indian supply base to evaluate, while the stated figures remain a projection rather than energized capacity.
Second-order effects
- Developers in competing Asian markets face greater pressure to differentiate on available power, delivery certainty, connectivity, and customer commitments rather than geography alone.
- The buildout raises the value of technology companies’ planned self-built capacity in India and makes grid readiness a central constraint for both self-builders and colocation providers.
Third-order effects
- If projects convert into operating facilities, Asia-Pacific data-center competition may increasingly be decided by the ability to secure and energize large power allocations, not simply by demand forecasts.
- The pattern points to a more fragmented regional infrastructure map, where fast-growing hubs can gain workloads but remain exposed to execution risk around power delivery.
The trend: Asia-Pacific data-center expansion is shifting competition toward markets that can turn power access and development pipelines into delivered compute capacity.