India Data Centre Decarbonization Strategy for the CEO - Market Size, Project Costs, Technology, Policies - India Renewable Energy Consulting – Solar, Biomass, Wind, Cleantech
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Strategic Insights Report: Data Center Decarbonization

INDEX

  1. Executive Summary
  2. Problem Statement
  3. Market Landscape
  4. Regulatory & Policy Drivers
  5. Decarbonization Strategies
  6. Technical Landscape
  7. Competitive Landscape
  8. Supply Chain & Infra Readiness
  9. Business Model
  10. Unit Economics
  11. Risk and Mitigation
  12. Impact Metrics
  13. Call to Action

EXECUTIVE SUMMARY

India’s data centre market is expected to grow from 870 MW (2023) to over 2,500 MW by 2027, driven by rapid digitization, AI workloads, and data localization mandates. This surge will result in a 3× increase in electricity demand, making decarbonization a strategic and regulatory priority.

PROBLEM STATEMENT

India’s data centre industry is expanding rapidly, projected to reach 2,500+ MW by 2027, driven by AI, cloud, and digital infrastructure growth. However, this growth is heavily carbon-intensive due to:

  • Reliance on coal-dominant grid power
  • Widespread use of diesel generators for backup
  • Inefficient cooling systems that consume up to 50% of total energy

As a result, data centre electricity consumption is expected to rise from ~6 TWh today to ~25 TWh by 2030, making the sector a significant emitter of carbon. At the same time, investors and enterprises face growing pressure from:

  • ESG mandates (SEBI’s BRSR Core, global Scope 2 targets)
  • Client demand for low-carbon hosting (RE100, Net Zero commitments)
  • Regulatory signals toward carbon pricing and green compliance

The Critical Challenge : How can India scale its data centre infrastructure without locking in high emissions, operational inefficiencies, and ESG compliance?

MARKET LANDSCAPE

REGULATORY & POLICY DRIVERS

DECARBONIZATION STRATEGIES

TECHNICAL LANDSCAPE

COMPETITIVE LANDSCAPE

Established Players (Traditional DC Giants) 

Player Capacity (MW) Key Decarbonization Moves
STT GDC ~300+ Green PPAs, LEED Platinum, AI cooling
CtrlS ~250+ Net Zero by 2030, solar rooftops, water reuse
NTT GDC ~200+ Captive RE plants, low-PUE cooling, BRSR reporting
Sify ~100+ Modular builds, RE sourcing in progress

 

Emerging Green Players

Player Focus Notable Initiatives
Nxtra (Airtel) Pan-India RE-linked growth 370 MW green PPAs signed, 60% RE share
AdaniConneX Infra-scale green builds Data centres powered by 100% RE, hydrogen trials
Yotta (Hiranandani) Hyperscale + Solar 40‑acre solar plant, immersion cooling pilots

SUPPLY CHAIN & INFRA READINESS

 

BUSINESS MODEL

UNIT ECONOMICS

Parameter Value Remarks
Capex ₹46.5 Cr (USD ~$5.4 million) One-time infrastructure cost
Annual Opex ₹44–45 Cr (USD ~$5.35 million) Includes all recurring operational costs
Annual Revenue ₹75–85 L/kW/month → ₹9–10 Cr/MW Based on enterprise/hyperscale hosting
EBIT Margin ~50–60% (post ramp-up) High-margin model after 1–2 years
Payback Period 3–5 years Returns accelerate post stabilization
Decarbonization Upside ₹40–120 L/year saved Energy efficiency + RE sourcing benefits

 

RECORDED INVESTMENTS

Investor Technology Investment Capacity Location
Nxtra (Airtel) Green-ready hyperscale + AI-optimized DCs ₹5,000 Cr (~USD 600 M) Expand from ~200 MW to 400 MW by 2027 Pan-India (Chennai, Hyderabad, etc.)
Microsoft (Azure) Self-built cloud & AI-ready data centres USD 3 B over 2 years Cluster capacity ~660 MW Telangana, Pune, Mumbai, Chennai
AWS (Amazon Web Services) Cloud infrastructure expansion (AI/cloud ops) USD 12.7 B by 2030 (with ₹60 B in Maharashtra by 2029–30) Not specified MW India-wide; Maharashtra region highlighted
Adani + EdgeConneX Green hyperscale DC development Part of a $25 B pipeline Target: 1 GW by 2030 Gujarat & pan‑India

RISKS AND MITIGATION

SOLUTIONS

IMPACT METRICS

MOVING FORWARD

  • Capitalize on India’s ₹1.6 trillion digital infrastructure surge by investing in data centres that are not just high-capacity, but future-proofed through sustainability, energy efficiency, and climate-aligned design.
  • Invest in next-gen data centres purpose-built for AI, cloud, and hyperscale computing — all while meeting the rising global demand for ESG-compliant, net-zero digital operations.
  • Unlock strong financial upside by leveraging green bonds, data centre REITs, and carbon credit revenues — turning sustainability into a core value driver, not just a compliance metric.
  • Partner in developing ultra-efficient, low-PUE facilities powered by renewable energy, backed by AI-based thermal control, liquid cooling, and modular construction innovations.
  • Ride the wave of favorable Indian policies like Green Open Access, RE integration mandates, and climate-linked infrastructure incentives — all creating a supportive ecosystem for green data infra.
  • Enter a sector offering consistent 50–60% EBIT margins, robust tenancy contracts, and asset paybacks within 3–5 years — making it one of the most resilient and future-facing infrastructure bets today.

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Wish to have industry or market research support from specialists for climate & environment? Talk to EAI team – Call Muthu at +91-9952910083 or send a note to consult@eai.in



About Narasimhan Santhanam (Narsi)

Narsi, a Director at EAI, Co-founded one of India's first climate tech consulting firm in 2008.

Since then, he has assisted over 250 Indian and International firms, across many climate tech domain Solar, Bio-energy, Green hydrogen, E-Mobility, Green Chemicals.

Narsi works closely with senior and top management corporates and helps then devise strategy and go-to-market plans to benefit from the fast growing Indian Climate tech market.

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