India’s Data Centre Boom: Where the Money Goes and Who Gains

📖 21 min read · 4,148 words

India had roughly 1.575 gigawatts (GW) of data centre capacity installed in 2026, and another 1.3 GW was under construction as of August 2026. If that pipeline lands, India’s data centre boom roughly doubles the country’s capacity within a few years (The Economic Times). This growth is backed by significant financial commitments, with cumulative investments exceeding USD 126 billion, including major pledges from global hyperscalers like Microsoft, Amazon, and Google since late 2025 (RESI India). The market itself was valued at USD 5.55 billion in 2025 and is projected to nearly triple to USD 13.11 billion by 2034, reflecting a compound annual growth rate of 10.01% (IMARC Group).

There is a catch that shapes everything below: every new megawatt needs round-the-clock grid power and, often, cooling water, so where these campuses land matters as much as how many get built. Every rupee invested in a data centre is estimated to generate a 3.5x economic impact, potentially adding between USD 140 billion and USD 200 billion to India’s economic output by 2030 (ET Datacenters). For a small business, the practical effect is cloud hosting that sits closer to your customers: lower latency for apps and payments, and more options for keeping data inside India. For job-seekers, this translates into a diverse range of employment opportunities beyond traditional IT roles.

Key takeaways

• Money is not the bottleneck; building is. India has 1.575 GW installed and 1.3 GW under construction, yet execution hurdles could hold operational capacity to around 3 GW by 2030.
• Over USD 126 billion is committed, much of it from Microsoft, Amazon and Google. The harder problem now is round-the-clock power and cooling water.
• Mumbai holds nearly half of today’s capacity. Chennai, Hyderabad, Noida, Gujarat and Odisha are fighting for the next wave with power and land subsidies.
• Most new jobs are in construction, electrical, cooling and facilities work, not software: about 27,000 direct jobs against more than 4 lakh ancillary roles by 2030.
• For a small business, the payoff is closer cloud hosting and data kept in India. The risk is investment scams riding on the hype.

Where the money is going

Maharashtra is where the capacity already sits. Operator Iron Mountain puts Mumbai at nearly half of India’s data centre capacity and runs 93+ MW across its own Navi Mumbai campuses (Iron Mountain). The draw is connectivity: Tata Communications alone owns three submarine cable landing stations in the city (Submarine Networks). On 9 June 2026 the state widened its Integrated Green Data Centre Parks policy from three permitted parks to twenty (Power Peak Digest). Parks investing ₹30,000 crore get an electricity tariff subsidy of ₹1 per unit for 10 years; projects of ₹60,000 crore or more can claim an Industrial Promotion Subsidy of up to 75% of eligible fixed capital investment; developers also get a 4% interest subsidy on term loans for up to 10 years, capped at ₹25 crore a year. The same amendment cut the green-power requirement for core operations from 100% to 51% (Power Peak Digest).

Chennai is the other big coastal hub. Its hyperscale campuses sit mainly in Siruseri and Ambattur, including Digital Connexion’s facility in Ambattur (ThePrint), and international cables such as SMW4, i2i, TIC and BBG land in the city (Submarine Networks). The Tamil Nadu Data Centre Policy (2021-2026) provides incentives for projects investing over ₹500 crore and meeting at least 30% of their energy needs from renewable sources (The Hindu). Incentives include a 100% subsidy on electricity tax for five years for power purchased from Tangedco or generated captively, and up to a 50% subsidy on land cost in Category “C” districts (The Hindu).

Hyderabad is where the AI-scale campuses are going. Telangana aims for 5 GW of hyperscale data centre capacity by 2029, attracting an estimated $30 billion in investment across AI and digital infrastructure. As of September 2026, over 2.5 GW of capacity is operational or under development. Notable projects include Microsoft’s India South Central data centre region, opened in September 2026 as part of its $20.5 billion investment commitment to India by 2029. TCS subsidiary HyperVault is investing up to ₹70,000 crore to build a 1 GW AI data centre campus in Hyderabad, designed for high-density GPU deployments and liquid cooling. This campus is purpose-built for frontier AI companies and hyperscalers, using green energy and water-neutral design principles. Fortune Hospitality & Infra also plans a ₹60,000 crore hyperscale AI data centre park in Kandukur, with a potential to reach ₹1 lakh crore investment.

Noida has no subsea cables. Its pitch is proximity to North India’s enterprise belt, backed by money: the Uttar Pradesh Data Centre Policy 2026, approved in July 2026, targets over ₹2 lakh crore in private investment and more than 2 GW of new data centre capacity. It offers significant incentives, including an interest subsidy of up to ₹50 crore for data centre parks, a capital subsidy of up to ₹20 crore for data centre units, and 100% electricity duty exemption for 10 years. The policy also provides land subsidies of 25% in Madhyanchal and Paschimanchal regions, increasing to 50% in Bundelkhand and Purvanchal to encourage regional development. You can find a detailed breakdown of these incentives and what they mean for your digital business here: Uttar Pradesh’s data centre policy.

Gujarat’s pitch is scale on paper. Its first dedicated Data Centre Policy (2026-29), launched in July 2026, aims for ₹6 lakh crore in investment and 7.5 GW of data centre capacity. This policy offers a 2.5% capital subsidy for eligible projects in the Dholera region, an interest subsidy of up to 4% for 10 years, and a power tariff subsidy of ₹1 per unit for 20 years, along with 100% exemption from stamp duty and registration charges. The policy also mandates that at least 51% of electricity for core operations come from green sources and encourages captive desalination plants for water needs. For a comprehensive guide to the opportunities, check out Gujarat’s 2026-29 data centre policy.

Odisha is the newest bet, and a large one: the Adani Group received approval in September 2026 to invest ₹1.04 lakh crore to develop a 1 GW data centre park at Naraj, on approximately 250 acres of land. This project is among the largest proposed investments in India’s data centre sector. The state’s Data Centre Policy 2022 offers incentives like a 30% power bill subsidy for five years (capped at ₹2 crore), 100% exemption on electricity duty for 10 years, and a 20% infrastructure development subsidy on fixed capital investment (up to ₹25 crore). Other significant projects include HCLTech’s ₹14,257 crore AI-optimised data centre and Sentraforge AI’s ₹22,634 crore sovereign AI campus. You can learn more about this massive investment and its implications at Adani’s Odisha AI data centre.

Four things decide where a campus lands. Power comes first: these campuses run around the clock on grid power, so they go where the grid can carry the load. Many states are now offering power subsidies and promoting renewable energy integration to meet this demand. Land availability at reasonable costs is another critical factor, especially for hyperscale campuses that require vast tracts. State governments are offering land subsidies and streamlined acquisition processes. Proximity to subsea cable landing points, particularly in coastal cities like Chennai and Mumbai, provides direct access to the international internet backbone, which is essential for low-latency global connectivity. Finally, proactive state policies and incentives are playing a huge role, with governments competing to attract investment through capital subsidies, interest subsidies, stamp duty exemptions, and single-window clearance systems. The shift towards AI-ready infrastructure also means a focus on high-density GPU clusters, advanced cooling, and high-capacity networking, making locations that can support these specialized needs particularly desirable.

Data centres city by city

If you live in one of the main hubs, these guides cover what the build-out means where you are:

• Mumbai: why the city stays India’s biggest data centre hub, and what that means for local businesses and jobs
• Hyderabad: TCS HyperVault’s ₹70,000 crore AI data centre campus
• Uttar Pradesh and Noida: the state’s data centre policy and who it helps
• Gujarat: the 2026-29 policy and its incentives
• Odisha: Adani’s AI data centre and the local opportunity

The rules that are shaping it

A supportive policy environment at both national and state levels is actively driving India’s data centre boom. These policies aim to attract investment, streamline operations, and promote sustainability, making India a competitive destination for digital infrastructure.

A significant national move was granting “Infrastructure Status” to data centres in 2022. This classification, added to the Harmonised Master List of Infrastructure Sub-sectors, treats data centres similarly to national highways or power grids. It helps secure long-term institutional funding, infrastructure bonds, and more favourable bank lending terms, which are vital for projects requiring substantial upfront investment. Remember, a minimum capacity threshold applies to qualify, so always confirm the current entry and threshold in the Department of Economic Affairs’ notified list.

Tax rules have undergone major changes. The Finance Act, 2026, introduced a significant income tax exemption for certain foreign companies. This exemption, effective from April 1, 2026, means that income earned by specified foreign companies from procuring data centre services from a specified data centre in India is exempt from Indian tax until March 31, 2047. This 21-year tax holiday aims to resolve previous uncertainties that deterred major cloud operators and encourages global players to route services through Indian data centres. Initially, this framework required both the foreign company and the data centre to be specifically notified by the Central Government. However, the Taxation and Other Laws (Amendment) Bill, 2026, introduced in August 2026, proposes to simplify this by removing the individual notification requirements for foreign companies and data centres, shifting towards eligibility based on statutory conditions and allowing for leased data centre infrastructure. This change reduces capital requirements for smaller Indian operators partnering with hyperscalers. You can find a detailed breakdown of these changes and what they mean for your cloud business here: the 2026 data centre tax changes.

Energy efficiency and sustainability are also high on the policy agenda. While there aren’t dedicated energy efficiency standards solely for data centres, the Bureau of Indian Standards (BIS) has published a series of Indian Standards for data centres covering key metrics like Power Usage Effectiveness (PUE), Water Usage Effectiveness (WUE), Carbon Usage Effectiveness (CUE), and Cooling Efficiency Ratio (CER). The Bureau of Energy Efficiency (BEE) has also notified the Energy Conservation Building Code (ECBC 2017) and the Energy Conservation & Sustainable Building Code (ECSBC 2024), which include provisions relevant to data centres, prescribing energy efficiency and water conservation norms for buildings. The government actively promotes renewable energy adoption through schemes like the Green Energy Open Access Rules, Green Energy Corridor Scheme, and the National Green Hydrogen Mission. The Sustainable Harnessing and Advancement of Nuclear Energy for Transforming India (SHANTI) Act has also been enacted to provide reliable clean power for emerging sectors like AI and data centres.

Beyond national policies, state governments are competing fiercely to attract data centre investments. While specific incentives vary (as seen with Uttar Pradesh, Gujarat, and Odisha), common offerings include capital subsidies, interest subsidies, land at concessional rates, power tariff subsidies, and exemptions from stamp duty and electricity duty. Many states also offer single-window clearance systems to streamline the approval process, making it easier to set up and operate. The Draft National Data Centre Policy 2020 by the Ministry of Electronics and Information Technology (MeitY) also envisioned creating Data Centre Economic Zones (DCEZs) and a Data Centre Incentivization Scheme to provide fiscal and non-fiscal benefits.

For financing, the infrastructure status helps, and institutions like the National Bank for Financing Infrastructure and Development (NaBFID), established in 2021, are sanctioning significant loans to data centre projects, recognizing their long-term revenue potential. This provides access to long-term finance with favourable terms, including moratoriums and extended repayment periods.

The limits: power, water, security

While policies are increasingly supportive, building and operating data centres in India presents real challenges. You’ll face significant hurdles related to power, water, security, and supply chains that demand careful planning.

First up is power. Data centres are incredibly energy-hungry, and India’s grid needs to keep pace. The country’s data centre electricity demand is projected to surge dramatically, with some reports indicating an eightfold increase from 11 terawatt-hours (TWh) in 2025 to 91 TWh by 2035. Other estimates suggest a nearly fivefold rise from 13 TWh in 2024 to 57 TWh by 2030. This means data centres could account for 2.5-3% of India’s total electricity demand by the end of the decade, up from about 0.8% currently. The Ministry of Power even projects an additional 26.3 GW of demand from AI data centres by 2031-32. However, as of May 2026, about 9.3 GW of this projected demand still hasn’t entered the formal grid-connection process. This rapid growth puts immense pressure on existing grid infrastructure, transmission lines, and substations, making reliable and scalable power a primary bottleneck for operators. To manage this, you must choose locations with strong grid capacity and explore options like captive or group captive renewable energy generation to ensure consistent, high-quality power. For a deeper look into this, check out our guide on India’s data centre power crisis.

Then there’s the water challenge. Data centres consume vast amounts of water, primarily for cooling their servers. India’s data centres used an estimated 150 billion litres of water annually in 2024-25, a figure projected to more than double to about 358 billion litres by 2030. A single 100-megawatt hyperscale facility can draw around 2 million litres of water daily. This is particularly concerning because over half of India’s data centres are located in water-stressed regions, including major hubs like Bengaluru, Mumbai, and Chennai, which already face acute water shortages. This can lead to local pushback, as seen with community resistance to new dam projects intended to supply water to data centres in the Mumbai metropolitan region. Your strategy should include investing in water-efficient cooling technologies like closed-loop liquid cooling or exploring the use of reclaimed wastewater, and prioritizing site selection in areas with sustainable water resources. You can learn more about this critical issue in our article on the water challenge.

Cybersecurity and physical security are non-negotiable. Data centres are “high-value honeypots” for cybercriminals and state-backed hackers, storing vast amounts of sensitive data. You’re looking at threats ranging from cloud misconfigurations and supply chain vulnerabilities to sophisticated attacks targeting AI models. Operational resilience is also key; a lithium battery fire in Delhi in June 2026, for instance, caused a Google Cloud outage across three Indian metros. To protect your assets, you’ll need to implement multi-layered cybersecurity defenses, adhere to guidelines from the Ministry of Electronics and Information Technology (MeitY) and the National Critical Information Infrastructure Protection Centre (NCIIPC) for physical security, and consider international standards like ISO 27001.

Finally, supply-chain bottlenecks can delay your project timelines and inflate costs. Reports suggest that execution hurdles and supply-chain constraints could limit India’s operational data centre capacity to around 3 GW by 2030, despite higher announced targets (ET Datacenters). You’ll likely face delays in procuring critical mechanical, electrical, and plumbing (MEP) equipment, including specialized DG gensets which are often booked out years in advance. Lead times for high-power transformers, for example, have stretched considerably globally, and India faces similar pressures. Planning well in advance, diversifying suppliers, and factoring in extended procurement cycles are necessary to mitigate these risks.

The jobs: who actually gets hired

When you hear “data centre boom,” you might immediately think of a massive hiring spree for software developers and IT specialists. While those roles are certainly part of the picture, the reality on the ground is much broader, especially during the construction and ongoing operations phases. Data centres are huge physical infrastructures, and they need a diverse workforce to build, maintain, and secure them.

During the construction phase, you’re looking at a significant demand for civil engineers, electrical engineers, cabling technicians, and project managers. These are the folks who lay the groundwork, install complex power systems, and set up the intricate network of cables that make a data centre function. Once a facility is up and running, the focus shifts to operational roles. You’ll find critical facility engineers who manage everything from electrical and mechanical systems to HVAC (heating, ventilation, and air conditioning) and fire suppression. There’s also a constant need for cooling technicians to manage server heat, and network operations specialists to ensure uninterrupted data flow. Physical and cybersecurity personnel are also vital, protecting these “digital fortresses” from physical breaches and cyber threats.

It’s important to understand that almost half of the jobs created by data centres extend beyond core technology functions. This means the employment impact is far-reaching, touching various sectors.

So, what kind of numbers are we talking about? India’s planned data centre expansion, with a projected capacity of nearly 9,030 MW, could generate around 4.33 lakh (433,000) ecosystem jobs by 2030 (The Economic Times). Out of these, about 27,000 are expected to be direct jobs, with over 4.06 lakh (406,000) falling into ancillary roles (The Economic Times). To give you a sense of scale, a single 100-MW AI-ready data centre project in Hyderabad, involving a ₹5,000 crore investment, is projected to create over 3,000 direct and indirect jobs during construction and more than 800 during operations. The Union government also anticipates that the sector’s growth to 6.5 GW by 2030 could generate nearly one lakh (100,000) engineering jobs, including those related to AI systems, cooling technologies, and smart grids.

If you’re looking to get into this growing field, several skilling routes and certifications can help. The SWAYAM Plus platform, an initiative by the Ministry of Education, Government of India, offers a “Certified Intelligent Data Center-Operations & Maintenance (CIDCOM)” program. It’s a 3-month blended learning course designed to skill engineering graduates in data centre operations, security, and infrastructure. You can find more details at https://swayamplus.education.gov.in/courses/certified-intelligent-data-centre.

Another valuable government-backed initiative is the Skill India Mission (SIM), delivered by the Ministry of Skill Development and Entrepreneurship (MSDE). They offer various skill, re-skill, and up-skill training programs through schemes like Pradhan Mantri Kaushal Vikas Yojana (PMKVY) and Industrial Training Institutes (ITIs), with a focus on industry-relevant digital skills. The Skill India Digital Hub (SIDH), powered by the National Skill Development Corporation (NSDC), is a unified digital platform that provides access to industry-relevant courses and job opportunities. Check out https://nsdcindia.org/digital for more.

For those interested in cybersecurity within data centres, the Data Security Council of India (DSCI), set up by NASSCOM, offers certifications like the DSCI Certified Privacy Professional (DCPP), which can validate your expertise in data protection and privacy. You can explore their offerings at https://www.dsci.in/. Foundational certifications like Cisco Certified Network Associate (CCNA) are widely recognized, providing networking professionals with the essential skills to manage data centre network designs and equipment. You can learn more about CCNA at https://www.cisco.com/site/us/en/training-events/training-certifications/certifications/associate/ccna.html.

What it means at each tier

The growth of India’s data centre capacity ripples through the entire digital economy, affecting businesses at every stage of their digital journey, far beyond big tech. Understanding where you fit in the GDI 5-Tier Digital Business Framework can help you see how this boom directly impacts your operations and what steps you should consider. You can learn more about the framework at https://greatdigitalindia.com/5-tiers-digital-business-india/.

The most direct and immediate beneficiaries of India’s data centre boom are businesses operating in Tiers 3, 4, and 5. These are the companies whose core operations, transactions, and innovation cycles are deeply intertwined with digital infrastructure. However, the improved underlying digital backbone also creates a more fertile ground for Tier 1 and 2 businesses to grow and transition upwards, making digital adoption easier and more reliable for everyone.

Watch Out For

Beware of investment scams promising unrealistic returns. The data centre boom, like any high-growth sector, attracts fraudsters. There have been reports of alleged investment frauds, such as a ₹500 crore scam in GIFT City in May 2026 and a ₹3,558 crore “cloud space” scam in March 2025, where investors were lured with promises of high monthly returns on “cloud particles” or data centre units (The Pioneer). Always verify the legitimacy of any investment opportunity and be skeptical of schemes guaranteeing fixed, unusually high returns.

Don’t fall for overly optimistic job promises without specific skills. While the data centre sector is creating jobs, it’s not a free-for-all. Indeed Hiring Lab data from August 2026 shows that while data centre-related job postings increased, nearly half of these roles are outside core software development, spanning areas like IT infrastructure, operations, management, and engineering. Focus on acquiring specialized skills relevant to these diverse roles rather than expecting generic employment.

Be aware of potential local resource strain, especially water. Data centres are significant consumers of water, primarily for cooling. India’s data centres consumed approximately 150 billion litres of water in 2025, a figure projected to more than double to around 358 billion litres by 2030 (India Today). Many facilities are located in water-stressed regions, which can impact local communities, with some areas facing limited water supply while data centres are guaranteed 24/7 access.

Frequently Asked Questions