A data center investment announcement can signal a developer’s financial intentions, outline proposed capacity and demonstrate confidence in a region, but it cannot establish whether the local electricity network, water systems and supporting infrastructure can sustain the facility throughout its operating life. The Data center Evaluation Framework published by NITI Aayog’s Frontier Tech Hub on Oct. 14, 2026, with contributions from Deloitte India, places resource availability and infrastructure readiness at the center of state-level project assessments. The framework calls for a more structured approach to evaluating data center proposals, balancing investment promotion with economic value, environmental safeguards and long-term infrastructure capacity.
The shift matters because competition between states can reward the most attractive investment package without necessarily revealing the full cost of supporting a large computing facility. Land availability, tax incentives, approval timelines and announced capacity targets remain relevant, but they cannot substitute for evidence that essential resources will remain available as projects expand. India’s data center strategy therefore faces a more demanding test. States must demonstrate not only that they can attract developers, but also that they can accommodate the resulting demand without undermining existing users or creating infrastructure obligations they cannot reliably meet.
Electricity Capacity Must Translate Into Deliverable Power
Power availability presents one of the clearest examples of the difference between an investment promise and operational readiness. A state may have substantial generation capacity, yet a proposed facility can still encounter constraints involving transmission infrastructure, substations, distribution networks and the timing of grid connections. Data centers also require dependable electricity around the clock. Their operating requirements extend beyond the initial energization of a building, particularly when developers plan to add computing capacity in stages. AI workloads can further increase power requirements as operators deploy denser computing systems and associated cooling equipment.
The NITI Aayog framework addresses this challenge by calling for a Power Readiness and Ramp-up Plan that connects projected campus demand with sanctioned electricity, grid infrastructure and year-by-year energization requirements. This approach shifts the assessment from a broad statement about available power toward a more specific examination of whether the necessary supply will reach the site when each expansion phase begins. States need to align data center approvals with credible infrastructure milestones. Where a project requires additional grid capacity, the assessment should identify the responsible agencies, the required upgrades and the expected completion dates. This would make the difference between available capacity and deliverable power more visible before construction commitments become difficult to reverse.
Water Availability Requires a Longer Time Horizon
Water introduces a different planning problem because its availability changes with seasons, weather conditions, competing demand and the condition of local water systems. A site that appears suitable under current conditions may face tighter constraints during hotter months or prolonged periods of reduced rainfall. Cooling requirements also vary by facility design. Air-cooled systems, direct liquid cooling, immersion cooling and other configurations have different operational characteristics. Their water requirements depend on the technology, climate, facility design and operating conditions. Consequently, states cannot assess every proposed data center using a single assumption about cooling demand. The new framework calls for assessments of long-term water availability, including seasonal catchment balances, existing users, water allocation rules and the availability of treated wastewater or other alternative sources. It also recommends evaluating peak-summer demand and confirming that contracted water supplies and supporting infrastructure will be available when each capacity milestone comes online.
These requirements address a central weakness in short-term investment planning. A developer may secure a site and negotiate a water arrangement, but the arrangement must remain compatible with local requirements for drinking water, agriculture, industry and ecological needs. A paper commitment to recycled water offers limited assurance if the treatment plant, pipeline or connection will not operate when the facility opens. The appropriate question is therefore not simply whether a data center can obtain water today. States must determine whether its supply arrangements can withstand changing conditions over the facility’s operating life while protecting existing users. Where local freshwater resources cannot accommodate additional demand, authorities should examine alternative supplies and cooling configurations before granting approvals. The framework also calls for restrictions in high-stress locations where additional freshwater abstraction would worsen existing pressure.
Land Is Only One Part of Site Readiness
Land remains an important consideration in data center development, but a parcel’s physical availability does not establish its suitability for a large computing facility. Developers also need reliable electricity, water, telecommunications connectivity, transport access and the supporting infrastructure required for construction and operation. These requirements can extend beyond a project boundary. A facility may depend on a transmission corridor, a new substation, water conveyance infrastructure or fiber connections that involve several authorities. If those dependencies remain unresolved, an apparently ready site can still face delays or require additional public investment.
The framework recommends evaluating site readiness across land use, grid access, water, fiber connectivity, rights of way and relevant clearances. It also calls for states to identify infrastructure gaps, assign responsibility for resolving them and establish completion dates. This is a more useful measure of readiness than acreage alone. It connects the location decision with the infrastructure needed to make the proposed capacity operational. States should also account for climate risks, land-use conflicts and the effects of large projects on surrounding communities. These considerations do not automatically make a location unsuitable. They establish whether the proposed development can proceed with appropriate safeguards and whether the necessary infrastructure can support it without transferring avoidable costs to other users.
Data center Readiness Must Become an Ongoing Assessment
The framework’s central challenge lies in implementation. A common assessment method can improve planning, but its effectiveness will depend on the quality of local data, coordination between government departments and the ability to monitor actual resource use after commissioning. Power utilities, water authorities, planning agencies and developers need consistent assumptions about demand, timing and infrastructure responsibility. States also need to update those assessments as projects expand and surrounding communities, industries and utilities experience changing requirements.
This calls for a lifecycle approach rather than a one-time approval exercise. States should review resource availability at site selection, confirm infrastructure readiness before commissioning and reassess conditions when developers add capacity. They should also make relevant approval information accessible while protecting sensitive operational and security details. India’s data center expansion does not require states to abandon investment ambitions. It requires them to define readiness more rigorously and make resource commitments visible before projects create long-term dependencies.
