An article authored by Sanjeev Verma, Executive Director & Chief Executive Officer, Black Box, published by ET Edge Insights
India stands at the threshold of a transformative opportunity in the global digital economy. A powerful combination of enabling policies, expanding renewable energy capacity, land availability, and a deep pool of STEM talent is positioning the country to capitalise on the Artificial Intelligence boom and emerge as a major global data center hub.
Historically, India has lagged behind global peers in data center capacity. Despite its vast and digitally connected population generating nearly 20 percent of the world’s data, the country currently hosts less than six percent of global data center capacity.
That gap, however, is beginning to close.
India’s operational data center capacity currently stands at approximately 1.4 GW. While this is still modest compared to the United States’ 38.7 GW or China’s 9.5 GW, the trajectory is what matters. India’s capacity has tripled since 2020, signalling the early stages of a rapid expansion cycle.
Even more significant is the pipeline ahead. Another 1.4 GW of capacity is already under construction, with an additional 5 GW in advanced planning stages.
This expansion is being driven by substantial capital commitments from both domestic developers and global hyperscalers. Consulting firm Deloitte estimates that data center investments in India could reach $100 billion by 2027, up from roughly $60 billion invested between 2019 and 2024.
Several structural drivers are fuelling this demand — including data localisation requirements, the expansion of edge computing, and the rapid growth of digital services. But perhaps the most powerful catalyst is the global surge in Artificial Intelligence adoption.
Data centers have existed for decades, ever since organisations began generating and storing digital data. However, the rapid proliferation of generative AI is fundamentally changing the scale and nature of computing demand. AI platforms are producing unprecedented volumes of data across text, images, video, and code.
For example, traffic to ChatGPT grew 113 percent between April 2024 and April 2025, while unique users increased 42 percent and average session duration more than doubled.
Each of these interactions generates massive computational workloads. Traditional data center architectures were not designed to support such AI-intensive processing demands. AI workloads require high-density compute environments, ultra-low latency infrastructure, and significantly higher power availability.
This shift is creating an entirely new class of AI-native data centers.
And in many ways, this transition resets the competitive landscape.
Just as the shift to electric vehicles enabled new entrants to challenge legacy automotive manufacturers, the AI-driven transformation of digital infrastructure offers countries like India a blank canvas on which to build next-generation data center ecosystems.
India is already moving to seize this opportunity.
The government has taken several steps to create a favourable investment climate. Finance Minister Nirmala Sitharaman recently announced a tax holiday until 2047 for foreign companies establishing data centers in India, providing a powerful long-term incentive for global investors. In parallel, data localisation regulations are encouraging companies to store and process data within the country.
Power economics also favour India.
Electricity costs, one of the most critical operating inputs for data centers, remain significantly lower in India than in many developed markets. As the country continues to expand its renewable energy capacity, these costs are expected to decline further, improving long-term operating economics.
State governments are also actively competing to attract data center investments. Maharashtra, for example, offers electricity tariffs for data centers that are up to 40 percent lower than those for other commercial enterprises.
India also benefits from relatively lower land acquisition and construction costs, making large-scale campus developments more economically viable compared to many Western markets.
At the same time, resistance to new data center construction is increasing in several developed economies. Ireland has imposed restrictions on new data center development due to grid constraints, while data center expansion has become a contentious political issue in parts of Europe due to energy consumption and sustainability concerns.
India has an opportunity to learn from these global experiences. By establishing thoughtful regulatory frameworks and sustainability guardrails early, the country can ensure that data center growth occurs in a manner that is both economically productive and environmentally responsible.
The Road Ahead
The convergence of AI adoption, policy support, energy economics, and digital demand has created a rare window of opportunity for India. Few countries possess the combination of market scale, engineering talent, and infrastructure potential required to build the next generation of global digital infrastructure.
Realising this opportunity will require coordinated execution across policy, capital, energy infrastructure, and technology ecosystems. Investments in transmission networks, renewable energy, fibre connectivity, and AI-ready data center design must accelerate in parallel. At the same time, sustainability and grid resilience must remain central to the expansion of digital infrastructure.
If India gets this balance right, it can move beyond simply adding capacity to becoming a global hub for AI-ready digital infrastructure — powering not only its own rapidly expanding digital economy but also supporting the world’s growing demand for compute, storage, and intelligent services.
The infrastructure being built today will power the global AI economy for decades to come. India now has a historic opportunity, not just to participate in that future, but to help lead it.
Source: ET Edge Insights
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