On June 10, 2026, Reliance Industries and Meta Platforms announced a landmark partnership that would reshape India's digital infrastructure landscape. The centerpiece: a 168 MW AI-enabled data center in Jamnagar, Gujarat—Meta's first built-to-suit facility in India.
The data center will be delivered within two years, with an option to scale further. Meta will lease the capacity while Reliance provides end-to-end services spanning design, construction, utility management, renewable power supply, network connectivity, and fully managed operational services. This structure allows Meta to scale its AI infrastructure for India's massive user base without the capital burden of ownership, while Reliance establishes itself as a single-window solutions provider for hyperscale AI infrastructure. Others
Reliance's choice of Jamnagar for what could become the world's largest data center campus (planned 3 GW capacity) was far from arbitrary. The location offers compelling advantages: access to renewable energy, water availability through desalinated seawater, proximity to India's western submarine cable landing stations, and integration with Jio's extensive fiber network.
This aligns perfectly with Reliance's broader digital infrastructure strategy. The company is transitioning from consumer internet to long-cycle digital infrastructure assets. The Jamnagar campus moves Reliance deeper into the infrastructure layer, leveraging its strengths in power, project execution, telecom reach, and balance-sheet scale to build AI infrastructure as a real asset business. The partnership also builds on existing relationships with NVIDIA for a 10,000-GPU supercomputer and Google for a $15 billion AI hub, creating an ecosystem that few competitors can match.
Perhaps the most innovative aspect of the Jamnagar facility is its desalinated seawater cooling system. Traditional data center cooling can consume 7-30% of total energy, with costs reaching $1.9-2.8 million per megawatt annually. Seawater cooling eliminates the need for energy-intensive chillers entirely.
The impact is dramatic.
For a 168 MW facility, this translates to potential annual savings of $37-188 million. Beyond economics, the system addresses critical water sustainability concerns. India faces significant water stress, with 60-80% of data centers predicted to face high water stress this decade. By using desalinated seawater, Meta avoids contributing to freshwater resource depletion while bearing the full cost of water infrastructure—a commitment that strengthens its ESG credentials.
Meta's renewable energy strategy for India is equally ambitious. The company has contracted nearly 1 GW of clean energy capacity through partnerships with CleanMax Enviro Energy Solutions (837 MW of new solar and wind projects across Rajasthan and Karnataka) and Fourth Partner Energy (88 MW across Tamil Nadu, Karnataka, Maharashtra, and Uttar Pradesh). Meta will purchase 100% of the environmental attributes from these projects, ensuring direct attribution of renewable energy benefits.
This approach goes beyond traditional Renewable Energy Certificates (RECs), which investors have criticized for potentially masking ongoing reliance on fossil fuels. By developing new capacity, Meta addresses additionality concerns while supporting India's 500 GW non-fossil fuel capacity target by 2030. The partnerships also strengthen CleanMax's market position—the company's contracted portfolio reached 5.7 GW in FY26, with data center and AI infrastructure customers now accounting for 42% of its contracted renewable energy power sales.
The Meta-Reliance partnership significantly alters India's AI infrastructure competitive landscape. The market is characterized by moderate concentration, with the top five operators controlling approximately 45% of AI-optimized capacity. Established players like NTT, STT GDC, Nxtra (Bharti Airtel), AdaniConneX, and Yotta are all expanding aggressively, but Reliance's first-mover advantage in built-to-suit AI infrastructure provides differentiation.
The partnership has triggered competitive responses. Microsoft has invested $3.7 billion through 2025 for three Azure regions with advanced GPU clusters. Amazon Web Services has launched Local Zones in eight cities for sub-10 millisecond latency. Google has formed a $15 billion alliance with Adani for cloud regions. Domestically, Adani Group has announced $100 billion in AI-ready data center investments, scaling from 2 GW to 5 GW to create the world's largest integrated data center platform.
Meta's Project Waterworth subsea cable initiative amplifies the Jamnagar location's advantages. Spanning over 50,000 km—longer than Earth's circumference—this 24 fiber pair cable represents the world's longest subsea cable project using the highest-capacity technology available. The cable will connect the U.S., India, Brazil, South Africa, and other key regions, opening three new oceanic corridors with abundant, high-speed connectivity needed for AI innovation.
Jamnagar's proximity to India's western submarine cable landing stations, including Reliance Jio's AAE-1 cable landing station at Versova beach in Mumbai, provides reduced latency to global markets. Combined with Jio's fiber network and 5G rollout across 150 cities, this infrastructure enables Meta to deliver low-latency AI services at scale—critical for real-time applications like conversational AI, computer vision, and enterprise AI services.
The partnership aligns seamlessly with India's evolving digital infrastructure policies. The Digital Personal Data Protection Act 2023 establishes India's comprehensive framework for data protection and privacy, with sector-specific localization mandates from the Reserve Bank of India, SEBI, and IRDA. Meta's local infrastructure enables compliance with these requirements while supporting India's data sovereignty objectives under the Atmanirbhar Bharat initiative.
The Government of India has designated data centers as strategic national infrastructure, introducing a long-term policy framework to attract global AI infrastructure investment. Gujarat's data center policy provides comprehensive incentives including land at concessional rates, electricity tariff waivers, stamp duty exemptions, and special provisions for renewable energy use. The central government's Draft Data Center Policy 2020 framework offers infrastructure status, single window clearance, and plans for data center economic zones.
For Reliance, the partnership provides contracted demand from an investment-grade counterparty, with the option to scale capacity creating additional revenue upside. While specific financial terms haven't been disclosed, the leasing structure converts capital expenditures into predictable operating expenses, improving financial ratios and preserving debt capacity. The end-to-end service model creates multiple revenue streams with potentially higher margins than pure-play colocation. Others
Hyperscale self-builds are forecast to expand at 23.63% CAGR through 2031. Reliance's first-mover advantage positions it to capture disproportionate share of this growth, particularly as the Digital Personal Data Protection Act 2023 compels sensitive personal-data processing to remain on sovereign soil.
The Meta-Reliance partnership represents more than a commercial agreement—it's a blueprint for integrated AI infrastructure in emerging markets. By combining hyperscale demand with domestic capital, renewable energy integration, and policy alignment, the partnership demonstrates how global technology companies can align with national digital sovereignty objectives while leveraging local ecosystems. As India's digital economy accelerates, the Jamnagar campus will likely serve as both a model and a catalyst for the next phase of global AI infrastructure development.
