India's Green AI Leap: A $25 Billion Bet on Sustainable Supercomputing
- $25 billion investment: AM Group's largest single investment in India's technology sector to establish a 1-gigawatt (GW) High-Performance Compute (HPC) hub in Uttar Pradesh.
- 1 GW of compute capacity: The facility will house approximately 500,000 high-performance chipsets, powered entirely by carbon-free energy.
- 2028-2030 timeline: Phased rollout with initial capacity operational by 2028 and full 1 GW completion by 2030.
Experts view this initiative as a groundbreaking model for sustainable AI infrastructure, combining massive computational power with 24/7 carbon-free energy, setting a new global standard for responsible AI development.
India's Green AI Leap: A $25 Billion Bet on Sustainable Supercomputing
DAVOS, Switzerland β January 20, 2026 β In a landmark move poised to reshape India's digital landscape, AM Group today announced a staggering $25 billion investment to establish a 1-gigawatt (GW) High-Performance Compute (HPC) hub in Uttar Pradesh. The project, formalized through a Memorandum of Understanding (MoU) with the state government at the World Economic Forum, is designed to serve global artificial intelligence workloads and will be powered entirely by carbon-free energy, setting a new global benchmark for sustainable AI infrastructure.
AM Group, an energy transition platform backed by the founders of Indian renewable energy giant Greenko Group, will develop the massive AI infrastructure hub in the Greater Noida region. This initiative represents one of the largest single investments in India's technology sector to date, aligning with the national 'Viksit Bharat 2047' vision to accelerate the country's AI-driven economy. The project signals a bold fusion of two of the 21st century's most defining trends: the insatiable demand for AI computation and the critical need for industrial-scale decarbonization.
A New Blueprint for Sustainable AI
The exponential growth of artificial intelligence has created an unprecedented demand for energy. Training large AI models requires immense computational power, leading to data centers with colossal energy footprints. AM Group's plan directly confronts this challenge by integrating its AI hub with a 24/7 carbon-free energy supply, a capability rooted in Greenko's extensive renewable energy portfolio.
The facility will be powered by a combination of wind, solar, and innovative pumped hydro storage projects. Greenko has been a pioneer in developing Integrated Renewable Energy Storage Projects (IRESPs), which solve the intermittency problem of renewables by storing excess energy and dispatching it when needed. This ensures a reliable, round-the-clock green power supply, which is critical for the uninterrupted operation of a gigawatt-scale data center. This approach moves beyond simply purchasing renewable energy credits to creating a truly integrated, carbon-neutral ecosystem.
"By combining 1 GW of compute capacity with our 24/7 green power solutions, we are not just building a data center; we are creating a sustainable template for the future of global AI infrastructure with the support from State of Uttar Pradesh," said Mahesh Kolli, Group President of AM Group, in a statement. This vision positions the project not merely as a service provider but as a new paradigm for how the world's future AI needs can be met responsibly.
Uttar Pradesh's Bid to Become an AI Powerhouse
The selection of Greater Noida in Uttar Pradesh is no coincidence. The state has been aggressively courting high-tech investment through its proactive Data Centre Policy, which offers a suite of compelling incentives. This framework includes capital and interest subsidies, land rebates, and a 10-year exemption from electricity duties, creating a highly favorable environment for capital-intensive projects like the AM Group hub.
For Uttar Pradesh, this $25 billion investment is a transformative economic catalyst. The project is expected to attract significant foreign direct investment (FDI) and generate thousands of high-skilled jobs, fostering a local ecosystem for hardware manufacturing, advanced software development, and specialized liquid-cooling technologies essential for high-density computing. It promises to elevate the state from a traditional industrial and agricultural economy into a front-runner in India's digital revolution, anchoring its ambition to become the nation's premier AI hub.
The strategic location in the National Capital Region (NCR) provides low-latency connectivity to India's largest digital markets, making it an ideal base for serving global hyperscalers, cutting-edge AI research labs, and large enterprises. The development of such a large-scale project will have a cascading effect on the region's infrastructure, talent pool, and overall economic dynamism.
Powering India's Sovereign AI Ambitions
Beyond its economic and environmental significance, the AM Group hub is a strategic asset for India's goal of achieving 'Sovereign AI'βthe capability to develop and control its own AI systems and infrastructure. With India generating nearly 20% of the world's data but holding only a fraction of global data center capacity, this project helps address a critical national infrastructure gap.
The facility will house approximately 500,000 of the latest high-performance chipsets, providing the raw computational power needed to train and deploy sophisticated AI models. AM Group has articulated a vision of 'democratizing AI' by enabling chipset access for the wider Indian developer community. This aligns with the national IndiaAI Mission, which aims to provide compute resources to startups and researchers to spur local innovation and reduce reliance on foreign cloud providers.
Group Chairman Anil Chalamalasetty alluded to a unique technological vision, stating, "AMG AI labs focus on valorising electron agents into intelligent tokens is a natural extension of our technology-first approach to our businesses as the global AI ecosystem races towards Physical AI Solutions." This suggests a deeply integrated value chain, from the generation of a green electron to its conversion into a unit of AI computation, optimized for efficiency and accessibility. By providing this infrastructure, the hub is set to become a crucible for developing AI solutions tailored for India's unique challenges and opportunities across sectors like healthcare, agriculture, and manufacturing.
A Phased Rollout for a Gigawatt Future
The colossal project will be executed in a phased manner, reflecting its complexity and scale. The first capacity is scheduled to become operational by 2028, with the full 1 GW of compute power targeted for completion by 2030. This timeline is ambitious but designed to meet the rapidly accelerating demand for AI infrastructure from both domestic and international clients.
This AI venture is part of AM Group's broader strategy to build globally competitive platforms that enable industrial decarbonization. The group is also developing large-scale green ammonia and green materials projects, including green aluminum production. This holistic approach, linking green energy to green molecules, materials, and now intelligence, underscores a long-term vision for building a sustainable, technology-driven industrial base.
As the world grapples with the dual challenges of technological advancement and climate change, the Greater Noida AI hub stands as a powerful statement of intent. This ambitious venture is poised to not only meet the surging demand for AI computation but also to redefine the standards for sustainable technological development on a global scale.
π This article is still being updated
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