Sify Infinit Spaces Navi Mumbai Hyperscale Data Center Expansion Rabale
Status: Active Development / Expansion Phase | Location: Existing strategic campus footprint expansion in the IT/industrial corridors of Navi Mumbai (Rabale/Vashi area)
Project Overview
Backed by a landmark sustainability-linked financing partnership with the International Finance Corporation (IFC), finalized in mid-2026, Sify Infinit Spaces is accelerating the expansion of its next-generation hyperscale data center portfolio to support India's rapidly growing digital economy. The Navi Mumbai facility has been engineered as an AI-ready digital infrastructure platform capable of supporting the demanding power densities required for large-scale artificial intelligence training, cloud computing, machine learning, and high-performance computing workloads. Designed with future scalability in mind, the campus incorporates high-density rack configurations, advanced power distribution systems, and intelligent infrastructure management to meet the evolving requirements of hyperscale cloud providers and enterprise customers. Strategically positioned within the Mumbai metropolitan region, the facility provides low-latency connectivity to the city's major internet exchanges, carrier networks, submarine cable landing stations, and financial districts, making it an ideal deployment location for global hyperscalers, cloud service providers, content delivery platforms, and financial institutions requiring resilient, mission-critical infrastructure. Sustainability remains a core pillar of the project, with advanced green cooling technologies, energy-efficient mechanical and electrical systems, optimized water management, and environmentally responsible operational practices integrated throughout the design. Supported by IFC's sustainability-focused financing framework, the expansion reflects Sify Infinit Spaces' commitment to building energy-efficient, future-ready digital infrastructure while strengthening India's position as one of Asia's fastest-growing AI, cloud, and hyperscale data center markets.
Quick Facts
| Field | Value |
|---|
| Project Name | Sify Infinit Spaces Navi Mumbai Hyperscale Data Center Expansion Rabale |
| Location | Existing strategic campus footprint expansion in the IT/industrial corridors of Navi Mumbai (Rabale/Vashi area) |
| Status | Active Development / Expansion Phase |
| Commissioning | Phased rollouts with advanced capacity coming online across 2026 and 2027 |
| Total IT Load | ~103.0 MW (Combined multi-site expansion, with Navi Mumbai acting as the primary hub) |
| Total Capacity | Part of Sify's rapid scaling plan to drastically grow its operational footprint beyond its mid-2026 portfolio baseline of 129 MW. |
| Tier Level | Tier III / Concurrent Maintainability Architecture |
| Project Type | Brownfield / Adjacent Greenfield Expansion within Existing Campus Footprint |
City Profile
| Header | Details |
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| City Name | Chennai |
| Population | ~7.09 million (2021) |
| Urban Agglomeration | ~11 million (Chennai Metropolitan Area) |
| City GDP | ~$78.6 Billion USD (Estimated for Chennai, making it a key economic center) |
| Per Capita Income | High (Relative to national average) |
| City Tier | Tier 1 (Major metro and economic hub) |
| Key Strengths | Major subsea cable landing station hub for South Asia, strong IT/ITES presence, established industrial and manufacturing base, skilled workforce. |
Companies Involved
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| Developer / Operator | Sify Infinit Spaces |
| Strategic Infrastructure Partner | IFC (structuring sustainability-linked key performance indicators for energy and water efficiency). |
| Construction Contractor | Leading domestic mission-critical EPC firms and specialized Tier-1 contractors. |
| MEP Engineering | Specialized mechanical, electrical, and plumbing engineering optimized for extreme density per rack and close-coupled cooling loops. |
| Network Connectivity | Carrier-neutral facility with redundant, diverse underground fiber pathways linking directly into central Mumbai landing stations and major internet exchanges. |
| Power Infrastructure | Robust connection to the state electricity grid via dedicated high-voltage sub-stations, designed with independent dual power paths. |
Technical Specifications
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| Power Capacity | Purpose-built power distribution frameworks to handle extreme power density requirements demanded by modern AI and machine learning workloads. |
| UPS Redundancy | N+N or distributed redundant continuous UPS configurations with highly reliable battery storage technology. |
| Cooling System | AI-ready cooling frameworks featuring advanced chilled water loops, smart variable speed fans, and liquid cooling provisioning (direct-to-chip readiness) to safely scale past traditional kW-per-rack limits. |
| Connectivity | Highly redundant Meet-Me-Rooms offering rich interconnection options, cloud on-ramps, and local dark fiber access. |
| PUE Target | Targeting aggressively low operational PUE through real-time environmental monitoring, automated building management systems (BMS), and optimized airflow containment. |
| Energy Mix | High prioritization of renewable energy procurement through green power purchase agreements (PPAs) to comply with IGBC Platinum rating specifications. |
Milestones
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| Announcement | Mid 2026 |
| Construction Start | Late 2026 |
| Phase 1 Go-Live | Early 2027 |
| Full Buildout | 2027 |
Investment Details
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| Total Investment | Multi-million dollar rollout funded through internal accruals and IFC's dedicated green/sustainability-linked investment facility. |
| Funding | Institutional capital injection from the International Finance Corporation (IFC) combined with corporate development funds. |