India’s Data Centre Capacity Set to Cross 3 GW by 2028 Amid AI Boom

K N Mishra

    01/Jun/2026

What's covered under the Article:

  1. India’s data centre capacity is expected to surpass 3 GW by 2028, supported by rising AI adoption, cloud computing demand and hyperscaler investments.
  2. Mumbai remains the leading data centre hub, while Chennai, Hyderabad and Delhi-NCR are witnessing strong capacity additions and infrastructure growth.
  3. Investments of up to Rs. 2.13 lakh crore by 2030 could strengthen India’s position as a major regional hub for digital infrastructure and innovation.

India’s digital economy is entering a new phase of rapid expansion, and one of the clearest indicators of this transformation is the remarkable growth of the India data centre industry. According to a report by CBRE, the country's total data centre capacity is expected to exceed 3 gigawatts (GW) by the end of 2028, highlighting the growing importance of digital infrastructure in supporting economic development, technological innovation, and enterprise transformation.

The projection represents a major milestone for the India data centre capacity market and reflects the increasing demand for advanced computing resources, cloud services, artificial intelligence applications, and digital platforms. As businesses, governments, and consumers generate and consume unprecedented amounts of data, the need for reliable, scalable, and high-performance data infrastructure continues to rise.

The latest India data centre latest news underscores how technological shifts are reshaping the country's digital landscape. The rapid growth of artificial intelligence, cloud computing, e-commerce, fintech services, gaming platforms, streaming applications, and enterprise digital transformation initiatives is creating enormous demand for data storage and processing capabilities.

One of the primary drivers behind this growth is the emergence of AI data centres India. Artificial intelligence technologies require massive computational power to train, deploy, and operate sophisticated machine learning models. As organizations increasingly adopt AI solutions, demand for specialized infrastructure capable of handling intensive workloads has accelerated significantly.

The expansion of artificial intelligence infrastructure India is therefore becoming a critical component of the country's broader digital strategy. AI applications are now being deployed across industries including healthcare, finance, manufacturing, retail, education, logistics, and government services. Each of these applications generates demand for robust data centre resources.

The report indicates that hyperscaler demand India is another major factor driving industry growth. Hyperscalers are large cloud service providers and technology companies that operate extensive computing infrastructure to serve millions of users worldwide. These organizations require large-scale facilities capable of supporting cloud services, data storage, artificial intelligence workloads, and digital platforms.

Global hyperscale operators are increasingly investing in India to meet growing local demand and support digital transformation across the region. The country's large population, expanding internet user base, and growing digital economy make it an attractive destination for such investments.

The continued growth of cloud computing India has further accelerated the need for new data centre capacity. Businesses of all sizes are migrating applications, data, and operations to cloud-based platforms to improve flexibility, scalability, and efficiency. This shift is generating sustained demand for infrastructure capable of supporting cloud services on a large scale.

Cloud adoption has become particularly important as organizations pursue digital transformation initiatives. Enterprises are increasingly leveraging cloud technologies to modernize operations, improve customer experiences, enhance collaboration, and accelerate innovation. As a result, data centres have become essential infrastructure supporting modern business operations.

India's emergence as a leading destination for data centre development is also supported by favorable policy frameworks. Government initiatives aimed at promoting digital infrastructure, encouraging investment, and supporting data localization requirements have created an environment conducive to industry growth.

The growing emphasis on data localisation India is particularly significant. Data localization policies encourage organizations to store and process certain categories of data within the country. These requirements help drive investment in domestic infrastructure while supporting data sovereignty, security, and regulatory compliance objectives.

India is increasingly recognized as one of the most development-friendly data centre markets in the Asia-Pacific region. Strong policy support, improving infrastructure, growing demand, and a large digital economy have combined to create favorable conditions for investment and expansion.

Among all markets, the Mumbai data centre market continues to dominate the sector. Mumbai currently accounts for nearly half of India's operational data centre capacity and remains the country's leading data infrastructure hub.

Several factors contribute to Mumbai's leadership position. The city benefits from robust connectivity infrastructure, extensive network availability, reliable power access, and a high concentration of financial institutions, multinational corporations, and technology companies. These advantages make it an ideal location for large-scale data centre operations.

The importance of the Mumbai data centre market is further enhanced by its role as a gateway for international internet traffic. Strong connectivity to global networks enables efficient data transmission and supports the requirements of cloud providers, enterprises, and digital service operators.

While Mumbai remains the dominant market, significant growth is also occurring in other regions. The Chennai data centres ecosystem has expanded rapidly in recent years, benefiting from strong connectivity infrastructure and strategic geographic advantages. Chennai has become an important destination for data centre investment and development.

Similarly, Hyderabad data centres are attracting increasing attention from investors and operators. Hyderabad's growing technology sector, skilled workforce, and supportive business environment have contributed to its emergence as a major digital infrastructure hub.

The Delhi NCR data centres market is also witnessing substantial capacity additions. As one of India's largest economic and population centers, Delhi-NCR generates strong demand for digital services, cloud infrastructure, and enterprise computing resources.

The expansion across multiple regions reflects the growing maturity of the data centre growth India story. Rather than being concentrated in a single city, the industry is developing a diversified network of infrastructure hubs capable of supporting national and regional demand.

Industry projections suggest that the sector could attract investments worth approximately Rs. 2,13,550 crore (US$ 22.04 billion) by 2030. This substantial investment potential highlights the strategic importance of digital infrastructure within India's broader economic development agenda.

Much of this investment is expected to support the development of AI ready infrastructure. Unlike traditional facilities, AI-ready data centres require specialized capabilities including advanced cooling systems, high-density power configurations, and optimized computing environments capable of handling intensive workloads.

The rapid growth of artificial intelligence applications is transforming infrastructure requirements. Organizations deploying AI solutions often require significantly greater processing power than traditional computing workloads. This trend is driving demand for next-generation facilities specifically designed to support AI operations.

Another emerging growth area is edge computing India. Edge computing involves processing data closer to end users rather than relying exclusively on centralized facilities. This approach reduces latency, improves performance, and enhances user experiences for applications requiring real-time processing.

As technologies such as the Internet of Things (IoT), autonomous systems, smart cities, and advanced analytics continue to evolve, demand for edge computing infrastructure is expected to increase substantially. This creates additional opportunities for investment and innovation within the data centre sector.

The growth of enterprise digital transformation initiatives is also contributing significantly to industry expansion. Organizations across industries are adopting digital technologies to improve efficiency, enhance competitiveness, and respond to changing customer expectations.

Digital transformation often requires substantial investments in data management, cloud services, analytics platforms, cybersecurity, and application modernization. Data centres provide the foundational infrastructure necessary to support these initiatives.

India's rapidly expanding digital consumption is another important growth driver. The country has one of the world's largest internet user populations, and digital engagement continues to increase across demographics and regions.

The rise of e-commerce platforms has generated substantial demand for data processing and storage capabilities. Online retail operations rely heavily on digital infrastructure to manage transactions, inventory, customer interactions, and logistics networks.

Similarly, fintech companies require robust infrastructure to support digital payments, financial services, risk management systems, and customer platforms. The continued growth of India's fintech ecosystem is therefore contributing directly to demand for data centre capacity.

Gaming has emerged as another important driver of infrastructure demand. Modern gaming platforms require high-performance computing resources, low-latency connectivity, and scalable storage capabilities. As gaming adoption expands, infrastructure requirements continue to grow.

Streaming services are also contributing to increased demand. Video content consumption has grown dramatically in recent years, creating significant requirements for data storage, content delivery, and processing capabilities.

Together, these trends are strengthening the overall technology infrastructure India ecosystem. Data centres serve as the backbone supporting digital services across industries, enabling innovation, economic growth, and technological advancement.

The sector's expansion is expected to generate benefits beyond infrastructure development alone. Data centre investments create employment opportunities, stimulate construction activity, attract foreign investment, and support the growth of related industries such as telecommunications, engineering, and technology services.

The increasing importance of AI data centres India also positions the country to play a larger role in the global artificial intelligence ecosystem. Access to advanced computing infrastructure is a critical prerequisite for AI research, development, and commercialization.

As enterprises continue adopting AI technologies, demand for sophisticated infrastructure will likely accelerate further. This creates opportunities for India to strengthen its competitiveness as a destination for technology investment and innovation.

The broader impact on the India digital economy growth story could be substantial. Digital infrastructure serves as a foundational element supporting productivity improvements, innovation, entrepreneurship, and economic modernization.

The country's ability to attract large-scale data centre investments India reflects growing confidence among global investors and technology companies. Continued investment can help strengthen India's position as a major regional technology hub and support long-term economic development objectives.

Looking ahead, the outlook for the India data centre industry remains highly positive. Rising AI adoption, increasing cloud computing demand, expanding digital consumption, supportive government policies, and ongoing digital transformation initiatives are expected to sustain growth momentum for years to come.

The projection that India data centre capacity will exceed 3 GW by 2028 represents more than an industry milestone. It signals the growing maturity of the country's digital infrastructure ecosystem and its readiness to support the next generation of technological innovation.

As investment continues to flow into AI ready infrastructure, cloud computing India, edge computing India, and advanced digital services, India is poised to strengthen its position as one of the most important data centre markets in the Asia-Pacific region. This growth will not only support technology innovation but also contribute significantly to economic expansion, job creation, and the continued evolution of the country's digital economy.


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