India's Data Centre Capacity to Rise 5-Fold to 7.5 GW by 2030, Says Crisil

India's data centre capacity could reach 7.5 GW by 2030, attracting over ₹3 lakh crore in investments, driven by artificial intelligence, cloud computing and digitalisation.

India's Data Centre Capacity to Increase Five-Fold by 2030, Says Crisil Ratings

India's data centre industry is preparing for a massive expansion, with installed capacity projected to increase five-fold to approximately 7.5 gigawatts (GW) by March 2030. According to a report released by Crisil Ratings on Tuesday, the sector is expected to attract investments exceeding ₹3 lakh crore over the next four financial years.

The anticipated growth will be driven by increasing adoption of generative artificial intelligence (GenAI), growing enterprise digitalisation, cloud computing and rising demand for data storage and processing.

However, the successful execution of these projects will depend on several factors, including reliable electricity supply, timely regulatory approvals, infrastructure development and effective project management.

GenAI and Cloud Computing to Drive Data Centre Investments

The growing use of AI applications and cloud-based services is creating substantial demand for advanced computing infrastructure in India.

Global hyperscalers are increasingly investing in data centres to support their expanding cloud operations and computing-intensive GenAI requirements.

Crisil Ratings noted that nearly half of the upcoming data centre capacity has already been secured through long-term customer agreements. These advance commitments reduce the risk of developing facilities without confirmed demand.

Such arrangements provide developers with greater revenue visibility and improve the financial viability of large-scale infrastructure projects.

India's Cost Advantage Strengthens Global Position

Competitive development expenses are emerging as a major advantage for India's data centre industry.

According to Crisil Ratings, building data centre facilities in India costs approximately 20% less than in several competing Asia-Pacific markets. Lower land prices, construction expenses and labour costs contribute to this difference.

Additionally, comparatively affordable electricity helps operators offer rental rates that are around 30-35% lower than those in competing markets.

India's ability to develop large campuses powered by renewable energy is another important advantage. It allows global technology companies to expand their computing infrastructure while supporting their sustainability commitments.

Anand Kulkarni, Director at Crisil Ratings, highlighted that these cost benefits, combined with renewable energy availability, strengthen India's attractiveness as an international data centre destination.

Mumbai, Hyderabad and Visakhapatnam to Lead Capacity Expansion

The upcoming expansion is expected to be concentrated in three major locations: Visakhapatnam, Mumbai and Hyderabad. Crisil estimates that these cities will account for nearly three-fourths of the approximately 6 GW of additional capacity planned in the coming years.

The expansion, however, will put considerable pressure on their existing electricity infrastructure.

By fiscal 2030, the planned data centre capacity could correspond to approximately 80% of current peak electricity demand in Visakhapatnam, 60% in Mumbai and 20% in Hyderabad.

This concentration makes timely power connections, grid upgrades and additional transmission infrastructure essential. Delays in electricity supply could affect project commissioning schedules and increase development costs.

High Utilisation and Long-Term Contracts Support Revenue Visibility

India's existing data centre facilities are operating at approximately 90% utilisation, indicating strong demand for available infrastructure. Crisil Ratings also reported that more than 95% of the capacity currently under construction has already been contracted.

These advance agreements are expected to help developers generate revenue relatively quickly after completing their projects.

The duration of customer agreements has also increased. Contract periods have expanded to 15-20 years from the earlier 10-12 years, providing companies with greater long-term revenue visibility.

Nitin Bansal, Associate Director at Crisil Ratings, said longer contracts and higher customer switching costs could support customer retention.

However, developers will need to upgrade existing facilities to accommodate next-generation AI workloads, including higher power requirements and advanced cooling systems.

Rising Dependence on Hyperscalers Creates Business Risks

Despite strong demand prospects, increasing dependence on large cloud service providers could create challenges for data centre operators.

The share of leased data centre capacity occupied by hyperscalers is projected to rise to 75-80% by fiscal 2030, compared with 60-65% in fiscal 2026.

This growing concentration could increase developers' dependence on a limited number of customers and strengthen the negotiating position of hyperscalers.

If new capacity grows faster than demand, customers could seek lower rental rates, potentially affecting developers' profitability and investment returns.

High Capital Expenditure Could Pressure Credit Profiles

Developing data centres requires substantial upfront investment in land, buildings, electricity infrastructure, computing facilities and cooling technology.

According to Crisil Ratings, developers generally begin receiving meaningful revenue 24-36 months after making initial investments.

This gap between expenditure and cash generation could keep debt levels elevated during the construction phase.

However, once projects become operational, contracted capacity starts generating revenue and utilisation improves, cash flows are expected to strengthen. This could gradually help developers reduce their debt burden.

Conclusion

India's data centre industry is entering a major growth phase, supported by AI adoption, cloud computing and competitive development costs. While ₹3 lakh crore in planned investments highlights the sector's potential, reliable power infrastructure, timely project execution and sustainable customer demand will determine whether developers can achieve long-term profitability.