India Data Centre Cooling Market 2030 Report – Key Trends, Size & Industry Share

According to TechSci Research report, “India Data Centre Cooling Market -Industry Size, Share, Trends, Competition Forecast & Opportunities, 2030”, India Data Centre Cooling Market was valued at USD 2.1 billion in 2024 and is expected to reach at USD 7.13 Billion in 2030 and project robust growth in the forecast period with a CAGR of 22.4% through 2030.

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This report offers a detailed and forward-looking view of the India Data Centre Cooling Market, including industry highlights, emerging trends, growth drivers, competitive landscape, key benefits of research, and a well-grounded future outlook.

Industry Key Highlights

Market Size and Growth Trajectory

• The India Data Centre Cooling Market was valued at approximately USD X billion in 2024.

• The market is forecast to grow to USD Y billion by 2030, expanding at a CAGR of Z% during the period.

• Cooling infrastructure accounts for nearly 20% of total data centre energy consumption, making it a significant operational cost driver.

Expansion of Tier-III and Tier-IV Data Centres

• Major metropolitan hubs including Mumbai, Delhi NCR, Hyderabad, Bangalore, and Chennai are experiencing a wave of new data centre construction.

• The demand for reliable and high-performance cooling systems in hyperscale and colocation facilities is propelling market investments.

Regulation and Energy Efficiency Pressure

• Energy efficiency and sustainability benchmarks such as Power Usage Effectiveness (PUE) are influencing purchasing decisions.

• Operators aim for PUE values below 1.5, pushing them toward more advanced, efficient cooling systems.

Technological Diversification

• From traditional air-cooled systems to liquid and immersion cooling, technology options have expanded.

• Hybrid systems, cold aisle containment, and AI-integrated cooling control platforms are increasingly mainstream.

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Risk Mitigation and Reliability

• Cooling failures are among the top causes of unplanned outages.

• Data centre operators prioritize N+1, 2N, and 2(N+1) redundancy models to minimize downtime risks.

Emerging Trends in Cooling Technology

Liquid and Immersion Cooling

As compute density rises, traditional air-cooling methods struggle to manage heat loads. Liquid cooling, including single-phase and two-phase immersion techniques, is gaining traction in high-performance computing environments. These methods offer superior heat transfer efficiency, reduced footprint, and longer equipment life.

Adiabatic and Evaporative Cooling

To capitalize on ambient temperature variations, particularly in northern and western regions of India, operators are deploying adiabatic systems. These cooling technologies use evaporated water to cool air, significantly reducing energy usage compared to compressor-based systems.

Smart Cooling with AI and IoT

AI-driven algorithms, paired with IoT sensors, are optimizing thermal management in real time. These platforms adjust fan speeds, chiller activity, and airflow based on data centre load and outside temperatures, achieving operational cost savings and lowering carbon footprints.

Hot/Cold Aisle Containment Systems

The implementation of hot/cold aisle containment has become a standard in modern data centre design. These systems segregate airflow to prevent hot and cold air from mixing, enhancing overall cooling efficiency and lowering the energy required to maintain optimal temperatures.

Chiller-Free Data Centres

Operators are increasingly exploring chiller-free designs using free cooling and outside ambient air. Especially in cooler climates, such systems reduce dependence on mechanical refrigeration, minimizing both costs and environmental impact.

Modular Cooling Infrastructure

Modular and scalable cooling units are gaining popularity. These systems enable rapid deployment and flexible expansion, particularly suitable for edge data centres and facilities requiring frequent upgrades.

Key Market Drivers

Rising Data Demand and Cloud Adoption

With India’s rapid digitization, mobile internet usage, digital payments, and OTT consumption, data generation is surging. Cloud service providers are responding with large-scale data centre developments, requiring advanced cooling infrastructures to support growing workloads.

Regulatory Framework and Energy Pricing

High electricity tariffs and regulatory norms on energy consumption are pushing data centre operators toward more efficient cooling systems. Compliance with environmental standards is also a key purchasing criterion.

Focus on Sustainability and Green Initiatives

Organizations are aligning with ESG goals and committing to carbon neutrality. Efficient cooling systems are integral to lowering overall energy consumption and improving sustainability ratings.

Growth of Edge Computing

The rise of 5G, IoT, and latency-sensitive applications is leading to a growth in edge data centres. These smaller facilities often lack the space for traditional cooling setups, increasing demand for compact, high-efficiency cooling solutions.

Rise in AI and HPC Applications

Artificial intelligence workloads, including training large models and executing high-performance computing tasks, generate higher heat densities. This requires specialized cooling technologies such as rear-door heat exchangers, liquid cooling, and immersion solutions.

Cost Optimization and ROI Pressure

Operators are under pressure to control costs while maintaining performance. Cooling accounts for a significant part of operational expenses, and investing in energy-efficient systems directly improves bottom-line performance.

Competitive Analysis

Key Players and Their Offerings

1. Carrier Corporation
A global leader in HVAC systems, Carrier offers advanced chiller systems, air handling units, and centralized cooling plants. Their solutions are widely adopted in hyperscale facilities.

2. Schneider Electric
Through its EcoStruxure platform, Schneider offers precision cooling systems and software-enabled cooling optimization tools, supporting both centralized and modular data centres.

3. Vertiv Group
Vertiv provides in-rack and row-based cooling solutions, ideal for high-density installations. Their Liebert product line is widely used in India’s tier-1 data centres.

4. Johnson Controls
Offering a combination of building automation and cooling systems, Johnson Controls supports mission-critical facilities with scalable solutions designed for efficiency and reliability.

5. STULZ India
A specialist in precision air conditioning and chilled water systems, STULZ focuses on tailored solutions for telecom and financial data centres.

6. Airedale by Modine
Known for adiabatic cooling and free-air cooling solutions, Airedale addresses sustainability goals while delivering high-capacity thermal management.

7. Blue Star and Voltas (India-Based Players)
Homegrown companies with strong service networks. They offer cost-effective solutions and support for mid-tier and enterprise data centres.

Competitive Landscape Overview

• Multinational corporations dominate the high-end of the market with end-to-end solutions and compliance certifications.

• Indian players are carving out space in SMB segments, edge deployments, and retrofit solutions with customized, budget-conscious offerings.

• Integration between AI software vendors and traditional HVAC providers is creating bundled solutions offering real-time monitoring, predictive maintenance, and energy optimization.

10 Benefits of the Research Report

1. Accurate Market Sizing
   Gain reliable forecasts segmented by cooling technology, application, and geography.

2. Investment Planning
   Identify the most profitable areas for CapEx investments in cooling infrastructure.

3. Competitive Benchmarking
   Understand strengths and weaknesses of top providers to make informed vendor selection decisions.

4. Technology Roadmap Insights
   Stay ahead by knowing which technologies are gaining traction and which are phasing out.

5. Energy Efficiency Modeling
   Evaluate the potential cost savings from adopting various cooling systems.

6. Regulatory Readiness
   Align strategies with current and upcoming regulatory frameworks in India.

7. Scenario-Based Forecasting
   Analyze market projections under different economic, environmental, and policy scenarios.

8. End-User Profiling
   Understand the differing needs of hyperscale providers, colocation facilities, and enterprise IT teams.

9. Edge vs Core Strategy Insights
   Learn about cooling solutions specific to centralized vs decentralized data centre setups.

10. Customization Opportunities
    The report can be tailored for regional, application-based, or competitive intelligence use cases.

Future Outlook

Rapid Market Expansion

As India’s data economy continues to grow, the demand for efficient, scalable, and sustainable cooling solutions will escalate. Market value is expected to more than double between 2024 and 2030.

Liquid Cooling Will Move from Niche to Norm

By 2028, it is anticipated that liquid cooling will be implemented in over 30% of newly constructed data centres, particularly those supporting AI, blockchain, and intensive computing applications.

AI and Predictive Maintenance Integration

Next-generation data centres will rely heavily on software-defined cooling management. AI and digital twins will become standard features for monitoring, adjusting, and forecasting cooling needs.

Focus on Regional Growth

While metro cities continue to lead, smaller tier-2 cities such as Pune, Ahmedabad, Kochi, and Bhubaneswar are likely to see increased data centre activity, prompting a need for decentralized cooling solutions.

Circular Economy and Water Conservation

Sustainability efforts will not only target energy efficiency but also water usage. Water-recycling and dry-cooling solutions will be favored in regions with water scarcity.

Vendor Innovation and Collaboration

Partnerships between cooling technology providers and IT hardware vendors will accelerate. Integrated racks, prefabricated modules, and as-a-service cooling contracts are expected to gain market acceptance.

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Conclusion

The India Data Centre Cooling Market is set on a trajectory of sustained growth, shaped by technological advancements, evolving workload demands, and an increasing emphasis on energy efficiency. As digital infrastructure scales up in both size and complexity, the role of intelligent, adaptable, and sustainable cooling systems becomes more central than ever.

This market offers significant opportunities for technology providers, infrastructure developers, and enterprises alike. From high-efficiency cooling retrofits to next-gen immersion technologies and predictive cooling intelligence, the future of this industry is defined by innovation, optimization, and integration.

Decision-makers, investors, and solution architects must now prepare not just for growth, but for a smarter, greener, and more resilient digital infrastructure backbone—starting with how we keep our data cool.

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