What Happened
- A Deloitte report released in February 2026 identifies India as a potential major hub within the Asia-Pacific (APAC) data centre buildout, which is projected to attract approximately $800 billion in investment across the region by 2030.
- India specifically could attract approximately $200 billion of this investment in new data centre capacity by 2030 — the largest single-country share in APAC.
- India's current data centre capacity stands at approximately 1.5 GW (2025) and is projected to scale to 8-10 GW by 2030.
- Deloitte's report highlights a critical bottleneck: while India accounts for approximately 20% of global data consumption, it hosts less than 5% of the world's data centres — a significant supply-demand gap.
- Power availability and grid reliability are identified as the primary constraints to realizing this potential, given that data centres require continuous, uninterrupted power supply (24x7) while renewable energy sources are intermittent.
- Budget 2026-27 proposed a 21-year tax holiday (until 2047) for foreign companies providing cloud services from India, along with a 15% safe harbour on costs for related-party data centre service transactions.
Static Topic Bridges
Data Centres: Infrastructure, Power, and Economic Significance
A data centre is a facility housing networked computer systems — servers, storage, networking equipment — used to process, store, and distribute data. They are the physical backbone of the digital economy, supporting cloud computing, artificial intelligence, streaming services, financial systems, and government databases.
- Data centres are categorized by uptime reliability (Tier I to Tier IV), with Tier IV offering 99.995% uptime (less than 26 minutes of downtime per year).
- Power Usage Effectiveness (PUE) is the standard efficiency metric: an ideal PUE of 1.0 means all power goes to computing; 2.0 means equal power is wasted on cooling and infrastructure.
- Modern hyperscale data centres (built by companies like AWS, Google, Microsoft, Meta) require 100-500 MW of power each — equivalent to a small city's consumption.
- AI workloads are significantly more power-intensive than traditional cloud computing: training a large AI model can consume as much energy as hundreds of households use in a year.
- India's AI-linked data centre buildout is projected to require an additional 40-45 TWh of electricity by 2030, up from 10-15 TWh in 2024.
Connection to this news: India's ambition to host large-scale data centres is directly constrained by its power infrastructure. The Deloitte report's core warning is that without grid reliability improvements and matched renewable energy capacity, the investment opportunity could be lost to markets with more stable power supplies.
India's Renewable Energy Base and Grid Integration Challenges
India has one of the world's fastest-growing renewable energy sectors. As of early 2026, India's total installed renewable energy capacity exceeds 200 GW, making it the third-largest renewable capacity country globally. However, renewable energy's intermittency (solar power available only when the sun shines; wind power varies with weather) creates challenges for power-hungry 24x7 operations like data centres.
- India's renewable energy capacity (early 2026): approximately 200+ GW (solar: ~90 GW, wind: ~50 GW, hydropower: ~47 GW, others).
- India's target: 500 GW of non-fossil fuel capacity by 2030 (committed at COP26, Glasgow).
- Grid integration challenge: Renewable energy requires grid-scale battery storage, transmission upgrades, and smart grid management to deliver reliable, uninterrupted power.
- India's transmission network is managed by Power Grid Corporation of India (POWERGRID), a Navratna PSU.
- The Electricity (Amendment) Act, 2022 aimed to introduce competition in electricity distribution to improve reliability and attract investment.
- Data centres in states with the highest renewable energy availability (Rajasthan, Tamil Nadu, Gujarat) face transmission losses and curtailment risks.
Connection to this news: Deloitte's report specifically warns that data centres powered through renewable energy — which is "infirm by nature" — would require "significant power system reliability planning to avoid grid instability." This is the central policy challenge: matching India's digital ambition with commensurate energy infrastructure investment.
Budget 2026-27: Tax Incentives for Digital Infrastructure
The Union Budget for 2026-27, presented in February 2026, included targeted fiscal incentives to attract foreign investment in cloud and data centre infrastructure — a direct policy response to the competitive pressure from Singapore, Malaysia, and other APAC data centre hubs.
- Tax holiday provision: Foreign companies providing cloud services globally from India are eligible for a 100% tax exemption on profits until 2047 (21-year window).
- Safe harbour provision: A 15% safe harbour on costs applies when data centre services are provided by a related entity — reducing transfer pricing disputes for multinational companies.
- The budget also extends Production Linked Incentive (PLI) schemes to electronic hardware components that support data centre buildout.
- Budget 2025-26 had earlier allocated ₹10,000 crore for a national AI mission — a precursor to the data centre-focused incentives in 2026-27.
- IT Minister Ashwini Vaishnaw stated the tax holiday could drive $200 billion in data centre investments.
Connection to this news: The fiscal incentives are designed to close the gap with Singapore — which has historically attracted Southeast Asian data centre investment with political stability, reliable power, and tax advantages. India's cost advantage (cheaper land and labour) combined with the new tax holiday makes the investment case more compelling.
India's Digital Economy and Cloud Computing Policy
India's digital economy has grown rapidly, driven by the JAM (Jan Dhan-Aadhaar-Mobile) trinity, UPI payments infrastructure, government e-services, and a large startup ecosystem. Cloud computing is the backbone of this digital economy, and India's cloud market is growing at approximately 25-30% annually.
- India's cloud computing market size (2025): approximately $12-15 billion, growing at approximately 25-30% per year.
- Major cloud providers operating in India: AWS (Amazon Web Services), Microsoft Azure, Google Cloud, Oracle Cloud — all with Indian data centre regions.
- India's data localisation debate: the Digital Personal Data Protection Act, 2023 (DPDPA) allows the government to restrict cross-border data transfers — data localisation requirements drive demand for in-country data centres.
- The National Data Governance Framework Policy (draft) aims to enable non-personal data sharing for AI/ML research while protecting personal data.
- IndiaStack — the suite of public digital infrastructure including Aadhaar, UPI, DigiLocker — processes billions of transactions and requires substantial domestic data infrastructure.
Connection to this news: India's 20% share of global data consumption but less than 5% of data centre capacity is partly explained by data being processed offshore in Singapore and US-based clouds. Data localisation requirements under the DPDPA will force more computation to happen within India, independently driving demand for domestic data centre capacity regardless of foreign investment incentives.
Key Facts & Data
- APAC data centre investment projected by 2030: $800 billion
- India's projected share: $200 billion (by 2030)
- India's current data centre capacity (2025): approximately 1.5 GW
- India's projected data centre capacity (2030): 8-10 GW
- India's share of global data consumption: approximately 20%
- India's share of global data centre capacity: less than 5%
- AI-linked power demand addition by 2030: 40-45 TWh (up from 10-15 TWh in 2024)
- Data centres' share of national electricity by 2030: approximately 2.5-3% (up from 0.8%)
- Budget 2026-27 tax holiday: until 2047 (21 years) for foreign cloud providers
- Safe harbour rate for related-party data centre services: 15%
- India's renewable energy capacity (2026): over 200 GW
- India's 2030 renewable energy target: 500 GW non-fossil fuel capacity
- Digital Personal Data Protection Act: enacted 2023