ArusGrid tracks 10 active data center projects in NCR, India, with 465 MW of planned IT load. Of these, 4 are operational, 2 are operational and expanding, 2 are under construction and 2 are announced only. Projects under construction or commissioning account for 160 MW and operational sites for 255 MW of planned capacity. Operators have disclosed 60 MW actually running, a figure most of them do not publish.
The largest project is Anant Raj Cloud Rai at 100 MW, under construction. The operators with the most planned capacity here are Anant Raj (207 MW across 3 projects), Yotta (89 MW across 2 projects) and NTT (53 MW across 1 project). Published colocation vacancy in NCR was 44% as of June 2025. Vacancy excludes hyperscaler self-build.
The US export control position for advanced AI chips in India, as of 27 September 2026, is recorded as “No US destination-based licence requirement as enforced”.
| Project | City | Stage | Planned MW | Running MW | Operator | AI |
|---|---|---|---|---|---|---|
| Anant Raj Cloud Rai | Rai, Sonipat | Under construction | 100 | undisclosed | Anant Raj Cloud | No signal either way |
| Yotta D2 | Greater Noida | Under construction | 60 | undisclosed | Yotta Data Services | Confirmed |
| Anant Raj Cloud Panchkula | Panchkula | Operational | 57 | 7 | Anant Raj Cloud | No signal either way |
| NTT Noida 2 campus | Noida | Operational | 53 | 22 | NTT Global Data Centers | Confirmed |
| Anant Raj Cloud Manesar | Manesar | Expanding | 50 | 21 | Anant Raj Cloud | Likely |
| AdaniConneX Noida | Noida | Expanding | 40 | 10 | AdaniConneX | Likely |
| Yotta D1 | Greater Noida | Operational | 29 | undisclosed | Yotta Data Services | Likely |
| STT Noida 3 | Noida | Announced | 28 | undisclosed | STT GDC India | No signal either way |
| Sify Noida 02 | Noida | Operational | 26 | undisclosed | Sify Infinit Spaces | Likely |
| STT Noida 2 | Noida | Announced | 22 | undisclosed | STT GDC India | No signal either way |
Anant Raj · Yotta · NTT · STT GDC · AdaniConneX · Sify
All projects in India · Full directory