India Data Center Racks Market Key Takeaways

• The India data center racks market size was valued at USD 211 million in 2025 and is projected to grow from USD 227 million in 2026 to USD 746 million by 2032.
• The industry is projected to grow at a steady CAGR of 21.93% during 2026-2032.
• By rack height, full rack (42U–52U) holds a significant share of about 69% in 2026.
• By rack type, enclosed server cabinets seized a significant share of about 72% in 2026.
• The industry is moderately fragmented. However, the top five players collectively account for nearly 38% share.

India Data Center Racks Market Size and Outlook

The data center racks market size in India was valued at USD 211 million in 2025 and is projected to grow from USD 227 million in 2026 to USD 746 million by 2032. Along with this, the market is estimated to grow at a CAGR of around 21.93% during the forecast period, i.e., 2026-32.

The market is expanding rapidly, supported by digitalization, cloud adoption, AI workloads, hyperscale facilities, and rising enterprise data generation. India’s operational data center capacity reached approximately 1,530 MW in 9M 2025, with 260 MW of new capacity added during 2025, creating direct demand for servers, network, and high-density racks. Government initiatives, including the IndiaAI Mission and policy support for data-center investment, are further strengthening infrastructure development. The proposed tax holiday through 2047 for eligible foreign cloud providers using Indian data centers is expected to encourage additional investment. Future opportunities include AI-ready, liquid-cooling-compatible, modular, and high-density rack systems. Over the long term, sustained cloud, AI, digital services, and data localization requirements are expected to support strong market expansion.

India Data Center Racks Market Key Indicators

• Massive hyperscaler investments in India are accelerating data-center construction and creating substantial requirements for rack infrastructure. Microsoft has committed USD 21 billion to expand its Indian data center infrastructure, including a new Hyderabad region, while AWS plans USD 48 billion of investment through 2030 and Google has announced a USD 15 billion Andhra Pradesh data-center project. These large-scale developments will increase demand for servers, network, high-density, and AI-ready racks.
• Foreign investment in India’s computer software and hardware sector rose to USD 13.9 billion in FY2025–26, up from USD 7.8 billion in FY2024–25, making it the country’s largest FDI recipient sector. The increased capital is supporting technology infrastructure expansion, including data centers and associated IT equipment. Karnataka received USD 12.9 billion and Maharashtra USD 18.4 billion in overall FDI equity inflows, strengthening regional technology ecosystems and supporting demand for data-center racks and related infrastructure.
• India’s internet subscriber base reached 1,028.61 million in December 2025, up 1.06% quarter-on-quarter, while broadband subscribers increased to 1,007.35 million, according to TRAI. Overall tele-density reached 91.74%, reflecting sustained digital connectivity and consumption. The expanding digital user base is increasing requirements for cloud computing, data storage and network infrastructure, encouraging operators to expand data center capacity and deploy additional server and network racks.

India Data Center Racks Market Scope

India Data Center Racks Market Growth Drivers

Rapid Expansion of Data Center Capacity Driving Demand for Rack Infrastructure

Rapid expansion of data center capacity is a key driver of the India data center racks market, as every new facility requires server racks, network racks, cabinets, and associated rack infrastructure to house IT equipment. India’s operational data-center capacity reached approximately 1,530 MW in 9M 2025, equivalent to about 23 million sq. ft., with 260 MW of new capacity added during 2025.

The expansion is expected to continue rapidly. CBRE projected India’s total data center stock to reach approximately 1,760 MW in 2025, representing around 40% year-on-year growth, supported by approximately 490 MW of planned supply additions. This substantial capacity pipeline creates direct requirements for additional rack deployments as operators equip new facilities with servers, storage, networking, and power-management systems.

Investment is further strengthening this expansion. India secured nearly USD 94 billion in data-center investment commitments between 2019 and 9M 2025, reflecting strong participation from domestic and international operators. Moreover, approximately 90% of existing capacity is concentrated in Mumbai, Chennai, Delhi-NCR, and Bengaluru, while hyperscalers and corporates are increasingly expanding into Tier-II cities. Thus, continued capacity additions directly increase the installed base of racks, making data-center capacity expansion one of the strongest fundamental drivers of India's data-center racks market.

Recent Trends

Rapid Adoption of Liquid-Cooling-Compatible Racks

Rapid adoption of liquid-cooling-compatible racks is emerging as a key trend in the India data center racks market, driven by the rising deployment of AI and high-performance computing (HPC) systems. India’s data-center capacity increased from approximately 375 MW in 2020 to around 1,500 MW in 2025, while 38,231 GPUs had been onboarded through 14 empanelled service providers and data centers to support AI workloads. The growing concentration of high-performance computing is increasing rack-level heat generation, making conventional air cooling less suitable for high-density deployments.

The Indian government reported in March 2026 that data-center operators are adopting direct-to-chip liquid cooling, adiabatic cooling, and immersion cooling to minimize water consumption, while also deploying high-density racks for AI and HPC workloads. This is encouraging rack manufacturers to design cabinets that can accommodate coolant distribution units, liquid manifolds, piping, and higher-density GPU configurations.

A notable industry instance is the February 2026 collaboration between Vertiv and Netweb Technologies, which involves developing rack-scale AI systems using liquid-cooling infrastructure, coolant distribution units, free-cooling chillers, busways, and UPS systems. The companies are specifically targeting higher rack densities and AI training and inference environments in India.

Thus, liquid-cooling compatibility is shifting racks from conventional equipment cabinets toward integrated thermal-management platforms, creating opportunities for higher-value, AI-ready rack solutions.

India Data Center Racks Market Opportunities and Challenges

Power Availability Constraints Driving Demand for High-Density and Intelligent Data Center Racks

Power availability is becoming a significant challenge for the India data center racks industry as rapid capacity expansion and AI workloads increase electricity requirements. India’s operational data-center stock reached approximately 1,530 MW as of 9M 2025, with 260 MW of new capacity added during 2025. At the rack level, the challenge is becoming more pronounced as conventional cloud and colocation facilities typically operate at around 3–5 kW per rack, while AI deployments can reach 40–120 kW per rack. CBRE also notes that AI-focused data centers require more than twice the power density of traditional facilities, placing greater pressure on electrical infrastructure.

This challenge is simultaneously creating an opportunity for high-density and intelligent rack solutions. For instance, Schneider Electric India offers AI-ready rack systems incorporating high-density power distribution, power shelves and intelligent rack PDUs, while its AI rack solutions support next-generation designs exceeding 100 kW per rack and configurations targeting 132 kW per rack. Such solutions enable operators to accommodate more computing capacity within constrained power environments while improving power monitoring and distribution.

Consequently, the power challenge is encouraging data-center operators to replace conventional cabinets with high-load-bearing, AI-ready racks equipped with intelligent PDUs, busbar compatibility, and advanced power-management capabilities, creating a higher-value opportunity for rack manufacturers in India.

Segmentation Insights

Full Racks Lead with 69% Share, Driven by High-Density Data Center Expansion

Full Rack (42U–52U) is estimated to account for nearly 69% of India’s data center rack industry revenue, making it the dominant rack-size segment. Its leadership is supported by the growing deployment of high-density computing infrastructure, where operators need greater equipment capacity within a standardized footprint. Schneider Electric’s 42U NetShelter rack, for example, is designed for medium- to high-density environments, provides substantial mounting space, supports heavy IT equipment, and incorporates perforated doors for improved airflow.

The preference for full-height racks is further supported by India’s rapid data-center expansion. India’s operational data-center capacity reached approximately 1,530 MW in 9M 2025, with 260 MW of new capacity added during the year. Schneider Electric also identifies its 42U racks for colocation, server and networking applications, while its 48U configuration targets high-density computing and networking. Consequently, full racks offer the capacity, scalability and airflow characteristics required by India's expanding enterprise, colocation and hyperscale data-center infrastructure. Based on rack height, the scope has been segmented into

• Below 42U
• 43U–52U
• Above 52U

Enclosed Server Cabinets Lead with 72% Share, Supported by High-Density Data Center Deployments

Enclosed server cabinets are estimated to account for approximately 72% of India’s data center rack industry revenue, making them the leading rack type. Their dominance is primarily linked to the requirements of modern data centers for equipment protection, controlled airflow, higher equipment density, cable management, and physical security. Rittal India notes that server racks protect sensitive electronics from dust and physical impact while supporting cooling, organized equipment installation, and secure access. It also identifies 42U as the most common rack height in data centers, reflecting the preference for full-height enclosed configurations.

A practical example is Schneider Electric’s 42U NetShelter SX enclosure, which is specifically designed for medium- to high-density environments, supports heavy IT equipment, and uses fully perforated front and rear doors to maintain airflow. Schneider also positions its 42U models for colocation, server, and networking applications, while its 48U model targets high-density computing and networking.

As Indian facilities increasingly accommodate cloud, hyperscale, and AI workloads, enclosed cabinets provide the scalability, protection, airflow management, and equipment density required for these deployments, supporting their leading position. Based on rack type, the market is categorized into

• Open-Frame Racks
• Enclosed Server Cabinets
• Wall-Mount Racks
• Others

India Data Center Racks Market Competitive Analysis

The India data center racks market is moderately fragmented, with the top five players collectively accounting for approximately 38% of the market, led by Schneider Electric IT Business India Private Limited, Vertiv Energy Private Limited, Rittal India Private Limited, Eaton Power Quality Private Limited, and nVent Electrical Products India Private Limited.

Major Companies in India Data Center Racks Industry

• Schneider Electric IT Business India Private Limited
• Vertiv Energy Private Limited
• Rittal India Private Limited
• Eaton Power Quality Private Limited
• nVent Electrical Products India Private Limited
• Black Box Network Services India Private Limited
• CommScope India Private Limited
• NetRack Enclosures Private Limited
• Valrack Modular Systems Private Limited
• Dell International Services India Private Limited
• Others

India Data Center Racks Industry News and Recent Developments

2026: Schneider Electric Launches Liquid-Cooling Factory in India

In February 2026, Schneider Electric announced a Motivair liquid-cooling solutions factory in India to support high-density AI infrastructure. The development strengthens domestic availability of advanced cooling technologies required for increasingly dense racks. It is significant for rack manufacturers because liquid-cooling adoption is driving demand for racks capable of accommodating coolant distribution, direct-to-chip systems and higher-density computing equipment

Impact Analysis: The development is expected to strengthen India’s domestic supply of liquid-cooling infrastructure for AI-focused data centers. Greater local availability of advanced cooling systems can accelerate deployment of high-density racks by reducing reliance on imported solutions and supporting faster integration. It also encourages rack manufacturers to develop cabinets compatible with direct-to-chip cooling, coolant distribution units, and other high-density thermal-management technologies.

2026: Vertiv launched Rack Extreme, a next-generation rack platform

In June 2026, Vertiv launched Rack Extreme, a next-generation rack platform designed for AI and high-density IT deployments. It supports static and dynamic loads of up to 4,500 lb (2,045 kg), with deeper configurations, integrated cable management and compatibility with liquid-cooling technologies including rear-door heat exchangers and coolant distribution units.

Impact Analysis: Rack Extreme raises the performance requirements for data-center racks by supporting loads of up to 4,500 lb (2,045 kg) and integrating airflow and cable-management features. Its compatibility with rear-door heat exchangers and coolant distribution units makes it suitable for AI deployments. The launch strengthens demand for high-capacity racks capable of supporting heavier, deeper and increasingly dense computing equipment.

2025: Vertiv Launches PowerDirect Rack for AI/HPC

In March 2025, Vertiv introduced PowerDirect Rack, an OCP-compliant 50V DC power shelf designed for AI and HPC applications. The system supports both AC and HVDC inputs, bringing scalable DC power directly into IT racks. The development reflects the industry's movement toward integrated rack-level power architecture as AI increases rack density and electricity requirements.

Impact Analysis: PowerDirect Rack supports the industry's transition toward rack-level DC power architectures for AI and HPC workloads. Its scalable design enables higher power delivery directly within IT racks, helping operators accommodate increasing computing density. The launch is likely to stimulate demand for racks designed around high-power electrical infrastructure and strengthen the integration of power distribution, computing and thermal management within high-density rack environments.