Is India’s Data Centre Boom Threatening Infrastructure?
Much of India’s data centre growth is seen as an unchecked proliferation of thirsty server farms that push local power and water resources to the limit, thus diverting precious resources to foreign tech firms. Hyperscale is often considered extractive rather than strategic, given that hyperscale campuses are highly visible and represent a large-scale investment.
It is less clear which new pillar is supporting the expansion of data centres in India and the maintenance of their underlying infrastructure. They are not viewed as discretionary real estate projects. They are identified and organised as digital infrastructure nodes associated with financial systems, telecommunications networks, cloud computing and AI capabilities. They are being integrated into policy, power planning and urban zoning.
India’s data centre capacity is entering a phase of rapid expansion, driven by cloud adoption, data localisation requirements, AI demand, and rising internet usage, with billions of dollars in investment committed and multi-gigawatt power provisioning already underway. This is effectively a national digital backbone being built in plain sight as a private technology rollout.
Data centres have become a form of digital infrastructure. The processing capacity within India is vital for financial systems, UPI, telecom networks, government platforms, and AI workloads. Latency, resilience and regulatory compliance demands local infrastructure.
Long-term growth is supported by data traffic, enterprise cloud migration, data localisation and AI deployment. Capacity is expected to increase from 1.4-1.7 GW in the mid-2020s to 8 GW by 2030, backed by significant committed investments and near-full occupancy.
GCCs have become the largest employer abroad and India is already home to 1,700-1,760 centres in cities like Bengaluru, Hyderabad, Pune, Chennai, Mumbai and Delhi-NCR, establishing it as the world’s hometown for GCCs. Projections indicate that GCCs could have 2,000-2,400 centres by 2030, with a market opportunity of about USD 100-110 billion and in excess of 2-2.8 million professionals in digital, cloud and AI work, which is precisely the type of sustained enterprise demand that drives new data-centre capacity.
Data centres operate with low load and are excluded from their harmonisation into power planning. Most of the projects already have firm renewable supply, open-access power, or captive generation. Their demand provides an element of predictability that also underpins grid investment and renewable offtake.
Most of the capacity expansion is fuelled by domestic demand from banking, e-commerce, OTT, telecom and government platforms. While global cloud providers are the largest developers here in India, followed by Indian conglomerates and telecom firms.
Projects must obtain state approvals for power allocation, land use, environmental compliance and water management. Many states now have official data centre policies that tie incentives to infrastructure planning and sustainability goals.
