Inside India newsletter: Asia’s hottest data center market aims to quell concerns over water and power use - CNBC

A data center is a facility filled with computer systems that store, process and deliver digital services. It needs dependable electricity, cooling, land and high-quality internet connections. Hyperscalers are very large technology companies that operate such facilities at major scale.

They are building capacity in India because the country is described as one of the hottest data-center markets. U.S. Big Tech companies are investing billions, and the government calls India a “fertile ground for hyperscalers.” More local capacity can support the country’s growing digital infrastructure.

The expansion is creating tension. Some communities fear data centers could compete with homes, shops and businesses for electricity and water. India is therefore considering a national policy that would balance investment with infrastructure readiness, sustainability, local safeguards and public value.

The investments are enormous. The article says several U.S. Big Tech companies are spending billions on Indian digital infrastructure. Google is constructing a $15 billion AI data-center project in Visakhapatnam. The government has also offered hyperscalers 20-year tax incentives.

The article does not quantify how much electricity, water, land or internet capacity one major data center requires. In general, those needs depend on the facility’s computing equipment, cooling system, size and network design. Electricity runs the computers and cooling systems, while strong connectivity links them to users and other networks.

That missing data matters because resource pressure is at the center of the backlash. Local governments may propose facilities in areas already short of electricity, water or infrastructure. The planned policy is expected to require clearer evidence that resources and safeguards are ready before approvals are accelerated.

Opposition centers on competition for essential resources. Communities worry that large facilities could receive priority access to water and electricity when supplies are already limited. They also raise broader environmental concerns about land use, power consumption and the effects of industrial development.

Amazon’s data center near Mumbai illustrates the concern. Local residents reportedly fear the facility could receive priority water and electricity during shortages. Environmental activists in Visakhapatnam have demanded cancellation of permissions for Google’s planned $15 billion AI data center.

The backlash could slow projects and threaten India’s ambition to host the world’s data. Amazon says it is engaging communities, does not use water for cooling and does not draw electricity from the local network serving homes, shops and businesses. Google did not respond to CNBC’s request for comment. The government is now seeking clearer rules and better resource planning.

The government is proposing a national policy for data centers. The shift would move India beyond primarily encouraging investment and toward balancing expansion with infrastructure readiness and sustainability. It aims to reduce public resistance and make approval expectations clearer for developers.

Niti Aayog has already shared a framework for local governments. It evaluates projects based on sustainability, grid readiness and water availability. The proposed policy could establish consistent rules for land acquisition, environmental safeguards and other approvals, replacing the current patchwork of state-level variations and incentives.

Approvals may become faster when resource readiness, local safeguards and public value are proven. Projects in constrained locations could face greater scrutiny or delays. The policy is also intended to reduce execution risks and public pushback, but the article does not provide a final policy text or implementation date.

India’s regional governments control the practical resources needed for data centers. They are the final decision-makers on providing land, water and power, while national policy sets a broader direction. This gives states a central role in determining where projects can actually operate.

Approvals are fragmented because projects currently rely on existing environmental and building rules. Each state has its own variations and incentives. Developers must therefore navigate different requirements, land processes and local decisions. Experts also say some governments propose projects in places already facing electricity, water or infrastructure constraints.

The proposed national policy could create clearer and more consistent approval guidelines. It may encourage states to identify locations with reliable electricity, cooling infrastructure, available water and strong connectivity. That would replace competition based mainly on announcing large investments with planning based on whether a location can support them responsibly.

Data centers could potentially be placed in areas with stronger infrastructure rather than locations already short of electricity or water. The article’s central alternative is better planning: identify sites with reliable electricity, substantial cooling infrastructure, water availability and high-quality connectivity before projects are approved.

Niti Aayog’s framework asks local governments to evaluate sustainability, grid readiness and water supply. This creates a mechanism for matching facilities with locations that can support them. It also suggests that faster approvals should depend on proven resource readiness and local safeguards.

The article does not discuss specific alternative cooling systems, renewable power arrangements or other technologies. It therefore cannot establish which technical options would work best. Its clear direction is to avoid simply competing for announced investments and instead select sites where infrastructure and community protections are already adequate.

Data centers use electricity to run computer equipment that stores information, processes requests and delivers digital services over networks. They also need power for cooling and other supporting systems. Reliable electricity matters because interruptions can disrupt the services handled inside the facility.

When more people and businesses use online services, more data must be stored, processed and transmitted. Companies respond by adding computing capacity. That increases electricity demand and creates more heat, which makes cooling infrastructure important. Strong connectivity is also needed to link the facility with users and other networks.

The article does not explain this technical process in detail, but it highlights its public consequences. Data centers can compete with communities for water, electricity and infrastructure when they are placed in constrained areas. India’s proposed policy would therefore connect expansion with grid readiness, water availability, sustainability and local safeguards.