What Happened
- A Parliamentary Standing Committee report has recorded government testimony that India's data centre power demand could hit 4-5 GW within five years, comparable to the total power consumption of states like Jharkhand.
- India's current operational data centre capacity has crossed approximately 1,500 MW (1.5 GW), up from around 375 MW in 2020 — a four-fold increase in five years.
- The Parliamentary panel raised concerns about Chinese equipment being used in data centre infrastructure, citing national security risks from hardware that could contain backdoors or vulnerabilities.
- The committee also flagged rooftop solar vulnerabilities in data centre power setups and raised questions about the development of Edge data centres for distributed computing.
- Despite the projected 4-5 GW demand in five years and longer-term estimates of 13.56 GW by 2031-32, the panel noted there is no comprehensive power supply roadmap from the government.
- India currently hosts nearly 20% of the world's data but accounts for only approximately 3% of global data centre capacity, creating a significant infrastructure gap.
Static Topic Bridges
Data Centres: Infrastructure Backbone of the Digital Economy
A data centre is a facility that houses computing infrastructure — servers, storage systems, and networking equipment — to store, process, and distribute data for organisations and cloud services. They are classified by scale (hyperscale, colocation, edge) and by power density. Data centre power consumption has become a global concern as AI workloads, video streaming, and cloud computing drive exponential growth. Globally, data centres consume approximately 1-2% of total electricity, with projections rising sharply due to AI model training requirements. In India, the IndiaAI Mission (2024) with a ₹10,372 crore outlay includes GPU infrastructure procurement that will further accelerate data centre power demand.
- India's data centre capacity: grew from ~375 MW (2020) to ~1,500 MW (2025) — a 4x increase
- Projected demand: 4-5 GW in 5 years (per government testimony); 9 GW by 2030; 13.56 GW by 2031-32
- Data centre power as share of India's electricity: under 1% currently; projected ~3% by 2030
- Himachal Pradesh's total power consumption: approximately 1,300-1,500 MW (current data centre comparable level)
- Investments underway: ~$70 billion in India's data centre sector
Connection to this news: The Parliamentary panel's concern is that while demand projections are staggering, no integrated power supply roadmap — covering grid augmentation, renewable procurement, and round-the-clock power access — has been produced to ensure data centres can be reliably powered at scale.
Supply Chain Security and Chinese Equipment in Critical Infrastructure
Hardware supply chain security has emerged as a critical national security concern globally. Chinese-manufactured networking equipment, servers, and surveillance hardware have been restricted in several democracies — the US (under NDAA provisions banning Huawei, ZTE, Hikvision, Dahua from federal procurement), the UK, and Australia. India has moved progressively to restrict Chinese ICT equipment in telecom (blocking Huawei and ZTE from 5G rollout) and surveillance (new CCTV certification rules from April 1, 2026). The concern is that hardware could contain embedded backdoors, kill switches, or data exfiltration mechanisms that are difficult to audit.
- India banned Chinese CCTV manufacturers from government procurement with new certification norms effective April 1, 2026
- 5G rollout: India excluded Huawei and ZTE; only Ericsson, Nokia, Samsung, and domestic vendors (C-DOT, TCS, TEJAS) deployed
- MEITY has empanelled trusted Cloud Service Providers under GI-Cloud (MeghRaj) for government use
- IndiaAI Mission: GPU procurement framework designed with supply chain trust requirements
- China sets its own data localisation and equipment procurement rules for data centres within China
Connection to this news: The Parliamentary panel's concern about Chinese equipment in data centres extends the same logic applied to telecom and surveillance — any data centre component (routers, storage controllers, server BMCs) manufactured by untrusted vendors could create persistent backdoors in India's cloud and AI infrastructure.
Edge Computing and Distributed Data Infrastructure
Edge computing refers to processing data closer to the source (device or user) rather than routing it to a centralised cloud data centre. Edge nodes are smaller, distributed facilities deployed in cities, towns, or even industrial sites. For India, edge infrastructure is critical for latency-sensitive applications including smart manufacturing, autonomous vehicles, precision agriculture, and rural digital services. The Parliament panel's interest in Edge centres reflects recognition that India's digital infrastructure cannot be anchored only in large hyperscale facilities in Tier-1 cities — distributed edge nodes are needed to serve India's geographic diversity.
- Edge vs. Cloud: Edge reduces latency (sub-10ms) vs. central cloud (50-100ms latency over long distances)
- Applications demanding edge: industrial IoT, real-time analytics, 5G network slicing, video surveillance, smart grids
- India's 5G rollout (>150,000 base stations as of early 2026) creates a natural foundation for edge computing nodes co-located with telecom infrastructure
- Rooftop solar vulnerability: Edge nodes often rely on rooftop solar for power; cybersecurity of solar inverter software (many Chinese-origin) is a concern
Connection to this news: The panel's simultaneous focus on Edge centres and rooftop solar vulnerabilities reflects an integrated understanding — as data infrastructure disperses to edge nodes powered by distributed renewables, security vulnerabilities multiply and become harder to monitor centrally.
Key Facts & Data
- India's current data centre capacity: ~1,500 MW (2025), up from ~375 MW in 2020
- Projected demand: 4-5 GW in 5 years (government testimony to Parliament panel)
- Longer-term projection: 9 GW by 2030; 13.56 GW by 2031-32 (Ministry of Power)
- India hosts ~20% of world's data but has only ~3% of global data centre capacity
- Data centre investment underway in India: ~$70 billion; additional announced: ~$90 billion
- Himachal Pradesh power consumption: comparable to India's current ~1,500 MW data centre capacity
- IndiaAI Mission outlay: ₹10,372 crore; includes GPU procurement at $1.36/GPU-hour
- India banned Chinese CCTV manufacturers from government use effective April 1, 2026
- Chinese telecom vendors (Huawei, ZTE) excluded from India's 5G rollout