India's Data Centre Boom: $90 Billion Opportunity for Construction and Infrastructure Companies

India's Data Centre Sector Poised to Unlock $90 Billion Infrastructure Surge

India’s digital landscape is undergoing a monumental transformation, with the data centre sector emerging as a primary engine for industrial growth. As the nation pivots toward a digital-first economy, the domestic data centre industry is projected to reach an impressive capacity of 7 to 7.5 gigawatts (GW).

This aggressive scale-up represents a massive expansion from the current base, unlocking a projected $90 billion opportunity for construction and infrastructure firms over the next decade. This valuation is a significant jump from the previous $30 billion estimate, underscoring the rapid acceleration in demand.

The massive influx of capital is expected to permeate multiple segments of the value chain: cooling infrastructure is pegged at a $24 billion valuation, internal power infrastructure within facilities accounts for $18 billion, and external power distribution systems contribute another $12 billion. Furthermore, the critical domains of networking and security are each expected to command $5 billion shares, reflecting a holistic need for robust, end-to-end infrastructure development to support India’s burgeoning digital footprint.

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The AI Catalyst: Redefining Infrastructure Requirements

The paradigm shift driven com/ai" title="SeenTick AI News & Updates">Artificial Intelligence (AI) is fundamentally altering the architectural blueprints of modern data centres. Traditional server farms, which typically operated at power densities of 8–12 kilowatts per rack, are proving insufficient for the intense computational demands of AI and machine learning workloads.

Today’s AI-ready racks demand between 50 and 60 kilowatts of power, necessitating a complete overhaul of internal electrical distribution and structural design. This surge in power density has rendered conventional air-based cooling systems inadequate, forcing the industry to pivot toward advanced water and liquid cooling technologies.

According to insights from KPMG, this shift toward liquid cooling presents one of the fastest-growing niches in the infrastructure market. As developers strive to maintain thermal efficiency while handling extreme heat, the integration of advanced heat-rejection systems has become a baseline requirement rather than an optional luxury, forcing companies to move beyond legacy hardware toward highly specialized, efficient thermal management solutions.

Addressing Strategic Gaps and Supply Chain Dependencies

While India possesses a robust competitive advantage in sectors like civil engineering, cooling tower manufacturing, and fibre-optic cable production, the path to a $90 billion sector is not without significant hurdles. The nation currently maintains a high dependency on global imports for critical components, including active network hardware, precision cooling units, battery energy storage systems (BESS), and sophisticated grid management hardware.

Bridging these supply chain gaps is essential to ensure that the infrastructure rollout remains timely and cost-effective. Industry experts emphasize that the success of this scale-up relies heavily on the synergy between stakeholders; developers, engineering and construction firms, utilities, and regulators must operate in tandem to streamline the complex permitting processes and energy-grid connectivity that often lead to project bottlenecks.

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Reducing construction timelines is not merely a logistical goal but a financial imperative to keep pace with the hyper-competitive global digital infrastructure market.

Strategic Implications for the Engineering and Construction Value Chain

As the sector matures, execution capability is poised to become the ultimate competitive differentiator. KPMG’s assessment highlights that the "decade-long, structural opportunity" for the engineering value chain is contingent upon the industry's ability to master complex commissioning and mechanical integration.

Companies that can demonstrate excellence in electrical and mechanical engineering will be the most sought-after partners as data centres evolve into high-density "power plants of data." This transition also offers a significant industrial window for Indian manufacturers to localize production of high-tech equipment, potentially reducing reliance on imports and fostering an indigenous ecosystem for precision components. Ultimately, the ability of Indian firms to internalize the production of advanced grid systems and cooling technologies will determine whether the $90 billion windfall remains within domestic borders or leaks to global suppliers, making strategic collaboration and technical capacity building the defining priorities for the coming decade.