India is building out one of the world's largest AI and cloud computing infrastructure ecosystems. Global tech giants and domestic conglomerates are pouring hundreds of billions of dollars into data centres, power assets, and cooling systems across the country.
The latest and most significant announcement — June 2026 — is Meta and Reliance's partnership to build a 168 MW AI-enabled data centre in Jamnagar, Gujarat.
Meta + Reliance (Jun 2026): 168 MW AI facility, Jamnagar, Gujarat. Built by Reliance, leased by Meta. Powered by renewables, cooled with desalinated seawater. Meta also contracted ~925 MW of clean energy from CleanMax and Fourth Partner Energy.
Google (Oct 2025): $15B, 1 GW AI hub in Visakhapatnam, Andhra Pradesh — its largest India investment.
Microsoft (Dec 2025): $17.5B in cloud and AI infrastructure across India, 2026–2029.
Amazon/AWS (Dec 2025): $35B by 2030, including $7B for Hyderabad; $8.3B for Mumbai region.
Adani (Feb 2026): $100B by 2035 in renewable-powered AI data centres through AdaniConneX.
Water: India has 18% of the world's population but only 4% of global freshwater. Data centre water use is projected to more than double — from 150 to 358 billion litres — by 2030. Up to 60–80% of India's data centres may face high water stress within the decade.
Power: The Ministry of Power estimates data centre electricity demand will rise from ~1 GW today to 13.56 GW by 2031–32. Grid stress, coal dependence, and transmission gaps are real risks.
Policy vs Reality: Policy strongly backs AI investment. Environmental safeguards and community consultation are lagging. Disclosure requirements on water and power are weak.
The DPDP Act 2023, with rules notified by MeitY in November 2025, restricts cross-border data transfers to notified countries only. RBI and SEBI already mandate local storage for financial data. This is creating captive domestic demand and compelling global firms to build in India — not just sell to India.
Pure-play data centre stocks are limited on Indian exchanges. Key listed beneficiaries include Adani Enterprises (AdaniConneX), Reliance Industries, Larsen & Toubro (EPC and LT-Cloudfiniti), Bharti Airtel (Nxtra, DRHP filed), and infrastructure suppliers such as ABB India, Hitachi Energy, Voltas, and Cummins India. Sify Technologies is reportedly planning an IPO for its data centre arm.
Executive Summary
OverviewIndia's data centre sector has moved from a secondary market to a global strategic battleground. Operational capacity reached approximately 1,700 MW by end-2025, capacity additions more than doubled year-on-year, and announced investments since October 2025 alone exceed $167 billion from global and domestic players. The sector's transformation is being shaped by three forces: AI compute demand, data sovereignty regulation, and India's cost advantage. The challenges — water stress, grid strain, and a policy tilt that privileges growth over scrutiny — are real and growing.
The Meta-Reliance announcement of June 2026 — a 168 MW AI-enabled facility in Jamnagar, Gujarat — is the most recent and emblematic milestone: the first build-to-suit hyperscale AI data centre in India, placed at an industrial campus with desalinated seawater cooling, renewables, and proximity to undersea cable landings. It is also a signal that compute sovereignty, not just data storage, is becoming the organising principle of India's digital economy.
Current State of the Market
Capacity & GrowthIndia's data centre stock grew from roughly 375 MW in 2020 to approximately 1,520 MW IT by end-2025 — a four-fold increase in five years. Capacity additions in 2025 alone surged 103% year-on-year to 387 MW IT, the fastest single-year growth on record.
Operational and estimated capacity; 2026 is a forecast. Hover bars to explore.
Geographic concentration is pronounced. Mumbai accounts for approximately 34–47% of total capacity (the range reflects different measurement approaches), followed by Chennai (19–20%), Delhi-NCR (10–20%), and Bengaluru (5–7%). Together, these four cities hold close to 90% of national capacity. Gujarat has negligible colocation capacity today; the Meta-Reliance Jamnagar project changes that calculus significantly.
NTT Global Data Centers leads by capacity share (~20%), followed by Sify Technologies (~19%) and STT GDC (~19%). Airtel's Nxtra and CtrlS each hold ~15%. Yotta, Princeton Digital, Iron Mountain and AdaniConneX account for smaller but growing shares. AdaniConneX and Reliance — both domestic conglomerates — are expected to reshape the competitive landscape dramatically between 2026 and 2030.
Table 1 — Major India Data Centre Operators (2025–26)
| Operator | Primary Locations | Approx. MW Share | Status | Key Investor / Parent |
|---|---|---|---|---|
| NTT Global Data Centers | Mumbai, Chennai, Bengaluru, Delhi-NCR | ~20% of 1.7 GW | Operational | NTT Ltd, Japan |
| Sify Technologies | Mumbai, Chennai, Hyderabad, NCR, Bengaluru | ~19% | Operational + Expanding | Raju Vegesna Group; IPO pipeline |
| STT GDC (ST Telemedia) | Mumbai, Chennai, Delhi-NCR, Kolkata | ~19% | Operational + Expanding | Temasek (Singapore) |
| Airtel Nxtra Data | Mumbai, Chennai, Hyderabad, Delhi, Bengaluru | ~15% | Operational | Bharti Airtel; DRHP filed with SEBI |
| CtrlS | Hyderabad, Mumbai, Chennai, Kolkata | ~15% | Operational | CtrlS Datacenters Ltd (unlisted) |
| Yotta Infrastructure | Navi Mumbai, Hyderabad, Noida | ~5% | Operational + Expanding | Hiranandani Group |
| Equinix | Mumbai, Chennai | ~3–4% | Operational | Equinix Inc. (NASDAQ: EQIX) |
| AdaniConneX | Chennai, Hyderabad, Noida (planned: Visakhapatnam) | ~1–2% | Scaling rapidly | Adani Group + EdgeConneX |
| Reliance Industries | Jamnagar (Gujarat) — Meta build-to-suit | 168 MW new project | Under development | Reliance Industries Ltd (NSE: RELIANCE) |
| Princeton Digital Group | Mumbai, Hyderabad | ~3% | Operational | Warburg Pincus-backed |
| Iron Mountain | Mumbai, Chennai | ~2% | Operational | Iron Mountain Inc. (NYSE: IRM) |
| L&T-Cloudfiniti | Chennai, Mumbai | Scaling | Under development | Larsen & Toubro (NSE: LT) |
Landmark Announced Projects
PipelineBetween March 2025 and June 2026, roughly 30 large projects were announced collectively representing approximately 3.5 GW of planned capacity. Not all will be delivered on stated timelines — execution risk is significant, and initial deployments in AI-ready campuses typically begin at single-digit megawatt phases.
Table 2 — Largest Announced Projects
| Project / Facility | State | Planned MW | Investment | Developer / Anchor | Status |
|---|---|---|---|---|---|
| Reliance (Meta build-to-suit) | Gujarat (Jamnagar) | 168 MW Phase 1 (expandable) | Not disclosed | Reliance Industries + Meta | Announced Jun 2026; 2-yr delivery |
| Google AI Hub | Andhra Pradesh (Visakhapatnam) | 1,000 MW (gigawatt-scale) | $15B (5 years) | Google + AdaniConneX + Airtel | Announced Oct–Dec 2025 |
| Adani Group AI Data Centres | Multiple (Chennai, Hyderabad, Vizag) | 2 GW → 5 GW by 2035 | $100B by 2035 | AdaniConneX (Adani + EdgeConneX JV) | Phased construction |
| AWS Hyderabad Region | Telangana (Hyderabad) | Large-scale cloud region | $7B (14 years) | Amazon Web Services | Under expansion |
| AWS Mumbai Region | Maharashtra | Cloud region expansion | $8.3B | Amazon Web Services | Committed Jan 2025 |
| Microsoft India AI | Multiple | Multiple cloud regions | $17.5B (2026–2029) | Microsoft Azure | Multi-year rollout |
| L&T + NVIDIA Sovereign AI Factory | Tamil Nadu (Chennai) + Mumbai | 30 MW (Chennai) + 40 MW (Mumbai) | ₹2,000 crore | L&T Cloudfiniti + NVIDIA | IndiaAI Mission; 2026 |
| Anant Raj Cloud | Haryana / Delhi-NCR | Multi-campus | ₹18,000 crore | Anant Raj Ltd | Phased |
The June 2026 deal is the first build-to-suit AI data centre for a global hyperscaler in India. Reliance builds, Meta leases. Initial capacity is 168 MW with a contractual option to expand. Power: 100% renewables. Cooling: desalinated seawater — viable at Jamnagar's coastal industrial campus. Meta separately contracted ~925 MW of new clean energy from CleanMax (837 MW in Rajasthan and Karnataka) and Fourth Partner Energy (88 MW across Tamil Nadu, Karnataka, Maharashtra and Uttar Pradesh). Together, these contracted volumes are roughly equivalent to two-thirds of India's entire installed data centre capacity at the time of signing.
The project is also tied to Meta's Project Waterworth, a 50,000+ km subsea cable system, connecting India's western cable landings to global AI infrastructure. This is not just a data centre — it is the compute layer in a three-part India stack: ownership, connectivity, and AI products (through the existing Jio-Meta enterprise AI joint venture).
International Comparison
Global ContextIndia's share of global data centre capacity is approximately 4% as of 2025, against a 4.2% share of global internet users. The deficit becomes stark when normalised by population: India operates roughly 1.2 MW per million internet users versus a world average of 5 MW per million.
Table 3 — Global Data Centre Capacity Comparison (2025)
| Country | Approx. Capacity (MW) | Population (M) | MW per Million Pop. | No. of Data Centres | Notes |
|---|---|---|---|---|---|
| USA | ~50,000+ | 340 | ~147 | 5,427 | Northern Virginia alone: 4,040 MW |
| China | ~20,000+ | 1,411 | ~14 | 449 | Estimated; significant state-owned capacity |
| Germany | ~2,700 | 84 | ~32 | ~550 | EU leader; 4,800 MW by 2030 |
| UK | ~2,500 | 68 | ~37 | ~560 | London is Europe's top hub |
| Japan | ~1,500 | 124 | ~12 | 242 | Tokyo among top 10 global markets |
| Singapore | ~1,000 | 6 | ~167 | ~80 | Constrained; moratorium recently lifted |
| South Korea | ~700+ | 52 | ~13 | ~110 | Seoul: 698 MW; land/power constraints |
| UAE | ~600 | 10 | ~60 | ~60 | Rapid AI hub buildout |
| France | ~700 | 68 | ~10 | ~290 | Paris-led; nuclear advantage |
| India | ~1,700 | 1,440 | ~1.2 | ~270 | 4% global share; rapid growth trajectory |
India's per-capita density underscores the growth potential — and the infrastructure deficit.
Power and Energy
Electricity · Grid · RenewablesThe Ministry of Power, in a Rajya Sabha reply (March 2026), stated that data centre electricity demand is estimated to reach 13.56 GW by 2031–32, compared to approximately 1 GW of current consumption. This represents a 13-fold increase in six years. The Central Electricity Authority (CEA) is directing states and distribution companies to incorporate data centre demand into resource adequacy plans.
Table 4 — Indicative Power Requirements by Operator / Project
| Operator / Project | IT Load MW | Est. Annual Power (TWh) | Renewable Commitment | Notes |
|---|---|---|---|---|
| Meta-Reliance, Jamnagar | 168 (Phase 1) | ~1.3–1.5 | 100% renewable (CleanMax 837 MW + Fourth Partner 88 MW) | Meta covers full energy costs; seawater cooling |
| Google AI Hub, Visakhapatnam | Up to 1,000 | ~5–8 (at full build) | Renewable energy component; specifics not disclosed | 5-year build to gigawatt scale with AdaniConneX, Airtel |
| AdaniConneX (current + pipeline) | 2,000 → 5,000 by 2035 | Significant | $100B programme explicitly renewable-powered | Adani Group's renewable generation is a key enabler |
| AWS (Mumbai + Hyderabad) | Multi-hundred MW | Varies by region | Amazon global 100% RE commitment | $15.3B combined across two regions |
| Microsoft India | Multi-campus expansion | Varies | Microsoft global 100% RE by 2025 (stated target) | $17.5B, 2026–2029 |
| Industry aggregate (India, 2025) | ~1,700 | ~4–5 | Mixed; renewables growing but coal still dominant on grid | ~0.5% of India's total electricity; 3% projected by 2030 |
India's total electricity consumption in 2023–24 stood at 1.54 million MU (PIB). A 13.56 GW demand from data centres alone by 2031–32 would represent approximately 8–10% of projected national consumption. This coincides with India's industrial, residential and EV-led demand growth. The data centre hubs — particularly Andhra Pradesh, Maharashtra and Telangana — are expected to significantly alter state-level demand profiles, potentially stressing distribution networks. Coal remains the dominant grid fuel; renewable energy captive generation and power purchase agreements (PPAs) are essential to prevent a direct trade-off between AI growth and emissions targets.
The IndiaAI Mission (funded at approximately ₹10,372 crore / $1.24B) has onboarded 38,231 GPUs through 14 empanelled service providers at a subsidised rate of approximately ₹65 per GPU-hour — roughly one-third of global average cost. A proposed Small Modular Reactor (SMR) law would enable nuclear power for data centres, though timelines remain unclear.
Water: The Overlooked Constraint
Sustainability · RiskWater is the sector's most underreported and underregulated risk. India has 18% of the world's population but only 4% of global freshwater resources. Data centres consumed approximately 150 billion litres of water in 2025 — projected to more than double to 358 billion litres by 2030. S&P Global has forecast that 60–80% of India's data centres could face high water stress within the decade.
Table 5 — Water Requirements by Operator / Location
| Operator / Project | Approx. MW | Water Requirement (est.) | Cooling Method | Location & Water Risk |
|---|---|---|---|---|
| Meta-Reliance, Jamnagar | 168 | ~4–5 billion litres/year (est.) | Desalinated seawater | Gujarat coast — low freshwater stress; seawater mitigates risk |
| Google / AdaniConneX, Visakhapatnam | Up to 1,000 | Proportionally significant | Not fully disclosed; opposition raised by Human Rights Forum | Andhra Pradesh coast — HRF warns of groundwater risk |
| Yotta, CtrlS, Equinix (domestic) | Various | 25.5M litres/MW/year (industry avg) | Air-cooled chillers with closed water loops | Mumbai, Chennai, Hyderabad — already water-stressed |
| Bengaluru cluster | ~90 MW | >26M litres/year | Air-cooled / hybrid | Bengaluru — worst water crisis in ~5 centuries (2024) |
| Chennai cluster | ~340 MW | ~500M+ litres/year | Air-cooled; some seawater adjacent | Chennai experienced Day Zero (2019); risk remains |
| Industry aggregate, 2030 projection | ~4,000–5,000 | ~358 billion litres/year | Mixed; industry moving toward liquid + adiabatic cooling | Multiple stressed geographies |
The government acknowledges the issue. The Ministry of Jal Shakti's 2020 guidelines regulate groundwater extraction for industrial purposes, and operators are adopting direct-to-chip liquid cooling, adiabatic cooling and immersion cooling to reduce consumption. The industry is also deploying high-density racks to support AI workloads at lower per-unit water intensity. However, mandatory water disclosure requirements for the sector do not yet exist.
Reliance's use of desalinated seawater for the Meta facility is technically significant and politically smart. Gujarat's coastal geography removes the freshwater constraint entirely for this project. It is the model that water-stressed AI infrastructure developments across India may need to emulate — but it requires coastal siting or significant desalination investment that landlocked or inland operators cannot easily replicate.
Policy, Regulation and Data Sovereignty
Governance · DPDP · AI PolicyThe Government of India classified data centres as essential infrastructure in 2020, enabling access to incentives including concessional electricity tariffs and favourable financing. The National Data Centre Policy (draft, not yet finalised) envisages single-window clearances, land pooling in zones, and incentives for green data centres.
The Digital Personal Data Protection Act, 2023 (DPDP Act) is the most consequential piece of policy for the sector. Passed in August 2023, with rules notified by MeitY in November 2025, it restricts cross-border data transfers to government-notified countries only. This has created a structural captive demand: global companies processing Indian user data must now store it locally. The DPDP Act, combined with existing RBI and SEBI sectoral mandates on financial data localisation, is widely cited as the single most important driver of India's data centre boom. The DPDP Act 2023 is estimated to have added approximately 1,800 MW of incremental demand to the pipeline.
The IndiaAI Mission, funded at ₹10,372 crore, aims to deploy 10,000+ GPUs through public-private partnerships and build indigenous AI models. It has onboarded 38,231 GPUs through 14 empanelled providers at a subsidised rate roughly one-third of global average cost.
State governments are competing aggressively for data centre investment. Andhra Pradesh, Telangana, Maharashtra, Tamil Nadu and Gujarat have issued data centre policies offering electricity duty waivers, tax concessions and infrastructure support.
India's data sovereignty framework serves multiple goals simultaneously: it creates a regulatory barrier that forces technology companies to invest locally; it gives the government increasing influence over cross-border data flows; and it prevents a scenario where India's citizen and enterprise data sits entirely in Singapore, the US or Ireland. The DPDP Rules of November 2025 formalise this with phased enforcement and obligations on Significant Data Fiduciaries. However, reliance on foreign hyperscalers for the underlying AI compute layer introduces a different dimension of dependence — not data dependence, but compute dependence. The Meta-Reliance and Google-AdaniConneX deals are India's attempt to anchor global AI infrastructure domestically, on its own terms.
Employment and Community Impact
Jobs · SocialData centres are capital-intensive but not labour-intensive. Construction phases generate significant short-term employment; permanent operational roles are limited relative to the scale of investment.
Table 6 — Employment Impact (Selected Projects)
| Project | Construction Jobs (est.) | Permanent Jobs (est.) | Source / Note |
|---|---|---|---|
| L&T + NVIDIA AI Factory (Chennai + Mumbai) | Not disclosed | 500 direct; 1,500 indirect | PIB / Government announcement (2026) |
| Amazon India (total portfolio to 2030) | Not separately disclosed | 1 million jobs (total India business) | Amazon Smbhav Summit, Dec 2025 (includes e-commerce) |
| Industry aggregate (India) | Significant; not officially consolidated | Estimated 10,000–15,000 direct (sector-wide) | Industry estimates; no official census |
Community impact is an emerging concern. The Human Rights Forum has formally raised objections to the Google Visakhapatnam project over groundwater and local community access. In the US, comparable data centre projects have faced protests over electricity costs and water competition. India's regulatory framework does not yet require formal community consultation for data centre environmental approvals, unlike the US and EU frameworks.
Heat island effects, noise from cooling equipment, and grid stress are documented externalities in dense urban data centre clusters (Mumbai, Chennai). These are localised but real. Public consultation mechanisms and disclosure requirements are currently inadequate relative to the pace of deployment.
Economic Impact
GDP · FDI · EcosystemThe Indian data centre market was valued at approximately $9–10 billion in 2025 and is projected to reach $21 billion by 2031 (CAGR of ~13.6%). Foreign investment in the sector since 2020 totals approximately $14.7–15 billion, with 80% of it from foreign sources. Google, Microsoft, Amazon and Meta alone have pledged over $130 billion in India investment — not all data centre-specific, but with a large infrastructure component.
India's digital economy is expected to contribute 20% of national income by 2030. Construction costs for data centres in India are 30–40% below US and Chinese levels, supported by lower land prices and competitive electricity tariffs. India also accounts for ~16% of the global AI workforce with over 600,000 professionals — a figure expected to double by 2027. India currently holds only 1.2 MW per million internet users versus a global average of 5 MW — implying substantial structural demand that is still to be built.
Capital Markets — Listed Beneficiaries
Markets · EquitiesPure-play data centre stocks on Indian exchanges remain limited. Most domestic operators are unlisted. The closest listed exposures are through conglomerates, EPC contractors, and infrastructure suppliers.
Table 7 — Listed Beneficiaries (India Data Centre Theme)
| Company | NSE / BSE | Sector | Exposure to Data Centres | Evidence from Filings / Disclosures |
|---|---|---|---|---|
| Adani Enterprises | NSE: ADANIENT | Conglomerate / Digital Infra | Direct — AdaniConneX JV with EdgeConneX; 2 GW → 5 GW plans | BSE/NSE exchange filings; company press releases; Feb 2026 $100B announcement |
| Reliance Industries | NSE: RELIANCE | Conglomerate / Digital | Direct — Meta build-to-suit at Jamnagar; broader 3 GW Jamnagar campus | Joint statement, Business Standard (Jun 10, 2026); exchange filing pending |
| Bharti Airtel (Nxtra) | NSE: BHARTIARTL | Telecom / DC | Direct — Nxtra Data has filed DRHP with SEBI for standalone listing | DRHP filing; annual report; ~15% of India DC capacity |
| Larsen & Toubro | NSE: LT | EPC / Engineering | Direct + EPC — LT-Cloudfiniti; NVIDIA partnership; major DC construction contracts | Annual Report FY26; PIB IndiaAI Mission announcement |
| Tata Communications | NSE: TATACOMM | Telecom / DC | Direct — data centre and cloud interconnect business | Annual Report; STT GDC partnership (2016, 74% stake) |
| ABB India | NSE: ABB | Electrical / Automation | Indirect — power distribution, switchgear, automation for data centres | ABB India Annual Report; segment disclosures |
| Hitachi Energy India | NSE: POWERINDIA | Power / Transmission | Indirect — transformers, grid automation, UPS systems for data centres | Hitachi Energy India Annual Report |
| Voltas | NSE: VOLTAS | HVAC / Cooling | Indirect — commercial AC, MEP for data centres; Noida DC contracts secured | Voltas Annual Report; analyst disclosures |
| Cummins India | NSE: CUMMINSIND | Power Generation | Indirect — diesel gensets, backup power for data centres | Cummins India Annual Report; product segment disclosures |
| Techno Electric & Engineering | NSE: TECHNOE | EPC / Power | Direct + EPC — own DC development; power infrastructure EPC for others | Annual Report; company filings |
| NTPC | NSE: NTPC | Power Generation | Indirect — major power supplier; potential renewable energy PPAs with data centres | Annual Report; investor presentations |
REIT Potential
Data centre REITs are well-established in the US (Equinix, Digital Realty), Singapore (Mapletree Industrial Trust, Keppel DC REIT) and increasingly in Europe. In India, the existing REIT framework under SEBI regulations covers real estate assets; data centres would require regulatory clarification to qualify as permissible REIT assets. SEBI has not yet finalised a data centre REIT framework. Internationally, Blackstone and CapitaLand are both active in Indian data centre real estate, positioning for a potential listing event once the regulatory path is clear. A Nxtra Data IPO and Sify Infinit Spaces IPO would be the first near-pure-play equity opportunities for Indian retail investors in the sector.
Future Outlook — India 2030
Scenarios · ProjectionsCapacity is projected to reach 4–5 GW by 2030 in base-case scenarios (CARE Ratings, IEEFA, Savills India). AI-accelerated scenarios suggest 9–10 GW. The government's own planning assumes capacity could approach 10 GW by 2030. Electricity demand from data centres is officially estimated at 13.56 GW by 2031–32 — roughly 3% of projected national consumption. Water demand is estimated at 358 billion litres by 2030.
India is explicitly prioritising AI competitiveness over near-term environmental caution. Policy discourse — the IndiaAI Mission, state government incentives, MeitY statements — is strongly growth-oriented. Water consumption monitoring, community consultation requirements, and environmental disclosure obligations for the sector remain substantially underdeveloped relative to the pace of deployment. The government acknowledges water risks in parliamentary replies but has not mandated disclosure. This is not unique to India — the US faces similar criticism — but the combination of India's water stress, power grid fragility, and speed of build-out creates a more acute set of trade-offs. The sectors that have the most to gain — Andhra Pradesh, Gujarat, Maharashtra — are also among India's most water-stressed. Seawater cooling (Jamnagar), coastal siting (Visakhapatnam), and renewable energy captive generation are partial mitigants, not full solutions.
Key Findings
SummaryIndia reached ~1,700 MW IT capacity by end-2025. Capacity additions more than doubled year-on-year. Projected to reach 4–5 GW by 2030 (base) or 9+ GW (AI-accelerated).
Google, Amazon and Microsoft alone pledged $67.5B in India since October 2025. Adani has pledged $100B by 2035. Meta-Reliance announced 168 MW in June 2026. Total declared commitments exceed $200B.
Ministry of Power estimates data centre power demand at 13.56 GW by 2031–32, up from ~1 GW today. This is officially factored into national power planning.
Consumption projected to more than double, from 150B to 358B litres by 2030. India has 4% of global freshwater but 18% of global population. Mandatory disclosure does not yet exist.
DPDP Act 2023 (rules notified Nov 2025) restricts cross-border data transfer. Captive demand from financial sector mandates (RBI, SEBI) is structural. The Act added an estimated 1,800 MW to the pipeline.
India is shifting from data storage to AI compute sovereignty. Meta-Reliance, Google-AdaniConneX, and L&T-NVIDIA are attempts to anchor AI compute within India — reducing dependence on external infrastructure.
Government policy strongly favours AI and data centre investment. Environmental safeguards, community consultation and water disclosure requirements lag significantly behind the pace of build-out.
Pure-play listed exposure is limited. Adani Enterprises, Reliance, L&T, Bharti Airtel (Nxtra DRHP), Tata Communications, ABB India, Hitachi Energy, Voltas and Cummins India are the primary listed beneficiaries.
Data Gaps and Limitations
MethodologyThis report draws exclusively on government documents, parliamentary replies, company exchange filings, annual reports, and investor presentations. Several significant data gaps exist that affect the precision of conclusions:
Water consumption: No centralised government database tracks actual water consumption by data centres. Projections are industry-level estimates from consultancy and market research, not official data. The Ministry of Jal Shakti regulates groundwater extraction but does not publish sector-wise data centre consumption.
Power consumption: The Ministry of Power confirmed in Rajya Sabha (December 2025) that electricity consumption by data centres is not centrally tracked and no consolidated national database exists. The 13.56 GW figure is a Ministry of Power planning projection, not a measured baseline.
Employment: No official employment census for the data centre sector exists. Permanent job figures are company-specific press releases and investor presentations, not independently verified.
Capacity figures: MW estimates vary between sources (Savills, CBRE, Cushman & Wakefield, CARE Ratings) due to differences in methodology (IT load vs. total power), data vintage, and inclusion criteria. The ~1,700 MW figure for end-2025 represents an approximation across these sources.
Bibliography — Primary Sources
Sources- 01PIB (Press Information Bureau) — Government of India, Rajya Sabha reply on data centre capacity and power demand, March 2026
- 02Business Standard — RIL-Meta partnership announcement, 168 MW Gujarat data centre, June 10, 2026 (citing joint statement)
- 03DD News (citing Savills India Report) — India data centre capacity doubled in 2025, January 2026
- 04CBRE India — India's Data Centre Market in a New Era, November 2025
- 05CARE Ratings — India's Data Centre Capacity report, March 2026
- 06IEEFA — India's power-hungry data centre sector at a crossroads, June 2025
- 07KNN India (citing Rajya Sabha, MoS Power) — Data centres consume 1 GW; 13.56 GW by 2031–32, December 2025
- 08Lexology — MeitY DPDP Rules 2025 notified, November 2025
- 09Medianama — Amazon ($35B) and Microsoft ($17.5B) India AI investment, December 2025
- 10Data Centre Dynamics — AWS $7B Hyderabad investment, March 2026
- 11Climate Fact Checks — Hidden water cost of India's AI data centre expansion, June 2026
- 12The420.in — Data centres and water crisis, 358B litres projection, November 2025
- 13CBRE — Global Data Center Trends 2025, Q1 2025
- 14Fone Arena (citing joint statement) — Meta-Reliance Jamnagar facility details, June 2026
- 15Outlook Business — India's data centre boom: operators and market share, October 2025
- 16MarketsandMarkets — India AI data centre ecosystem, IndiaAI Mission details, February 2026
- 17Houlihan Lokey — Real Estate Highlight: Data Centre, India Edition, December 2025
- 18Reccessary — Data centre water use to double by 2030; India AI and water competition, April 2026
- 19Outlook India — AI Impact Summit 2026: Water stress from data centres, February 2026
- 20Wright Research — Data centre stocks India: listed and IPO pipeline, April 2026
All data sourced from government documents, company filings, exchange disclosures, and credentialled research institutions. Social media, Wikipedia (except for legal entity data), and unverified sources excluded.