India is preparing a national policy for data centres as concerns grow over the electricity and water required to support the country’s expanding artificial intelligence and cloud-computing infrastructure. On October 14, 2026, Union Minister of State for Electronics and Information Technology Jitin Prasada announced the policy initiative, saying the government wants to manage rising electricity demand without pushing power costs higher for consumers. Detailed provisions and a formal rollout date have not yet been disclosed.
The initiative comes as India’s data centre industry expands to support digital payments, online services, enterprise computing and AI workloads. Government figures put installed capacity at approximately 1,575 MW in August 2026, compared with 375 MW in 2020. The policy challenge is to accommodate this growth while improving energy efficiency, ensuring reliable electricity supplies and addressing concerns about cooling-related water consumption and the cost of grid expansion.
Key Takeaways
- India is preparing a national data centre policy focused on managing electricity demand and related concerns.
- Minister Jitin Prasada announced the initiative on October 14, 2026.
- The government has not yet published detailed provisions or a formal implementation date.
- India’s installed data centre capacity reached approximately 1,575 MW in August 2026, up from 375 MW in 2020.
- Energy-efficient equipment, renewable power and advanced cooling technologies could play important roles in reducing resource use.
- The policy comes amid concerns about the effect of large data centre projects on electricity networks, water resources and local communities.
- The final rules will determine how the government balances investment, AI infrastructure development and consumer protection.
Why India Is Preparing a Data Centre Policy
Data centres are specialised facilities that house servers, networking equipment and storage systems. They support the online services used every day, including banking, digital payments, e-commerce, video streaming, cloud software and artificial intelligence.
As companies deploy more powerful AI systems, data centres need greater computing capacity. Training and operating advanced AI models can require large numbers of processors running continuously, increasing electricity consumption and heat generation.
The expansion creates an infrastructure challenge. Data centres need dependable power supplies, reliable cooling systems and network connections that can handle large volumes of digital traffic. If several large facilities are developed in the same area, they can add pressure to local electricity networks and require upgrades to substations and transmission infrastructure.
The government has said its planned policy is intended to manage these demands and prevent the industry’s growth from increasing electricity costs for ordinary consumers.
However, the announcement is not yet a detailed regulatory framework. The government has not specified whether the policy will introduce mandatory energy-efficiency thresholds, new reporting requirements, power-procurement rules or other compliance measures.
Those details will determine how the policy affects existing facilities, new projects and companies planning major investments in India’s AI infrastructure.
India’s Data Centre Industry Is Expanding Rapidly
India’s data centre market is attracting investment from domestic infrastructure groups and international technology companies. The country’s growing digital economy, large internet user base and demand for cloud computing are creating opportunities for additional capacity.
According to information provided by the Ministry of Electronics and Information Technology in August 2026, installed data centre capacity increased from 375 MW in 2020 to approximately 1,575 MW.
India’s data centre capacity
| Indicator | Capacity |
|---|---|
| Installed capacity in 2020 | 375 MW |
| Installed capacity reported in August 2026 | Approximately 1,575 MW |
| Increase over the period | Approximately 4.2 times |
Source: Ministry of Electronics and Information Technology, Government of India. These figures describe installed capacity, not total electricity consumed in a year.
Data centres are concentrated in locations including Mumbai and Navi Mumbai, Chennai, Hyderabad, Bengaluru, Delhi NCR and Jamnagar. Other states, including Andhra Pradesh, Madhya Pradesh, Chhattisgarh and West Bengal, are emerging as investment destinations.
Their locations depend on factors such as electricity availability, land, fibre connectivity, access to customers, cooling conditions and state-level incentives.
The industry’s growth also has economic benefits. Data centres can support digital services, create construction and technical jobs, attract investment and improve the availability of computing infrastructure for Indian businesses.
The policy challenge is to secure these benefits without allowing the infrastructure’s resource requirements to create avoidable costs for other electricity users.
Why Data Centres Consume So Much Electricity
Electricity powers the servers that process and store data, the networking equipment that connects them and the cooling systems that remove heat.
AI workloads can increase power demand because advanced processors operate at high utilisation and may require specialised cooling. As operators install higher-density computing racks, the amount of electricity required within a given area can rise significantly.
Data centres also need backup power systems and reliable electrical infrastructure because interruptions can disrupt services used by banks, hospitals, businesses and public institutions.
Three areas are especially important when evaluating their electricity needs.
1. Computing equipment
Servers and AI accelerators account for a large portion of a data centre’s electricity consumption. More efficient processors and better workload management can reduce the power required for a given computing task.
2. Cooling systems
Computing equipment produces heat that must be removed to keep hardware operating within safe temperature limits. Conventional air cooling can consume substantial electricity, particularly in high-density facilities or hot climates.
3. Electrical and supporting infrastructure
Power conversion, distribution, networking, lighting and other building systems also consume electricity. Efficient design can reduce losses and improve overall facility performance.
The government’s policy could address some of these areas, but the precise requirements will only become clear when the detailed framework is published.
Energy Efficiency and Renewable Power Could Be Central
India already has building energy-efficiency rules that are relevant to data centres. The Bureau of Energy Efficiency has notified the Energy Conservation Building Code and the Energy Conservation and Sustainable Building Code, which include provisions related to energy performance and water conservation.
The government has also highlighted renewable energy use, energy reuse, cooling efficiency, carbon emissions and water management as areas relevant to the sector.
Data centre operators can reduce their environmental footprint through several approaches.
| Measure | Potential benefit |
|---|---|
| More efficient servers and AI hardware | Reduces electricity required for computing |
| Advanced cooling systems | Improves cooling efficiency and can reduce water consumption, depending on design |
| Renewable electricity procurement | Can lower the emissions associated with power consumption |
| Waste-heat recovery | Can make use of heat generated by computing equipment where practical |
| Better workload management | Improves utilisation and avoids unnecessary computing demand |
| Efficient power distribution | Reduces electricity losses within facilities |
These measures are not interchangeable. For example, renewable electricity procurement can reduce emissions associated with power generation but does not necessarily reduce the total amount of electricity a facility consumes. Similarly, some cooling technologies reduce water consumption while requiring different levels of electricity.
The policy’s effectiveness will depend on how it defines efficiency, measures performance and encourages operators to adopt suitable technologies.
Water Consumption Is Another Growing Concern
Electricity is not the only resource required by large data centres. Cooling systems can also use significant quantities of water, depending on their design, operating conditions and local climate.
Water requirements vary widely between facilities. Some cooling systems rely more heavily on water evaporation, while others use closed-loop designs or direct-to-chip liquid cooling to manage heat.
India’s government has identified advanced approaches such as direct-to-chip liquid cooling, immersion cooling, adiabatic cooling and closed-loop liquid cooling as technologies that can improve resource efficiency.
However, no single technology is suitable for every location. Operators must consider local temperatures, humidity, electricity prices, water availability, equipment requirements and operating costs.
Water availability is particularly important in regions that already experience seasonal shortages. A large project in a water-stressed area may face different constraints from a facility located where industrial water supplies are more reliable.
The proposed national policy could help establish a clearer framework for resource planning, although its specific water-related provisions have not yet been announced.
Will the Policy Increase Costs for Data Centre Companies?
The impact on operators will depend on the rules eventually introduced.
If the government requires higher energy-efficiency standards, operators may need to invest in more efficient equipment, cooling systems and power infrastructure. New facilities could incorporate these requirements during the design stage, while existing facilities might face additional costs if upgrades are required.
On the other hand, efficient systems can reduce electricity consumption over time and lower operating expenses. Better cooling and power management may also help operators accommodate more computing capacity within existing infrastructure.
Renewable power procurement could offer another route to managing electricity costs, depending on contract terms, grid availability and the reliability of the supply arrangement.
Investors will therefore need to assess both the initial cost of compliance and the potential long-term savings. Until the government publishes the detailed policy, it is too early to quantify the likely impact on project costs or returns.
Could the Policy Protect Household Electricity Consumers?
One of the stated objectives is to manage the industry’s power demand without shifting higher costs to consumers.
Large data centres can require substantial electricity connections and may trigger investment in transmission lines, substations and other grid infrastructure. The way those costs are allocated can affect electricity utilities, industrial customers and households.
If grid upgrades are required primarily to serve new commercial loads, regulators and policymakers must consider how the expenses should be recovered. Possible approaches include project-specific infrastructure contributions, appropriate electricity tariffs and planning requirements that ensure new facilities can secure reliable power without undermining existing supply.
The exact approach in India will depend on the final national framework and the relevant state electricity regulations.
It is important to distinguish the government’s objective from a guaranteed outcome. The policy announcement does not establish that household electricity bills will rise or fall. Its impact will depend on the rules adopted, the cost of new infrastructure and the way utilities manage additional demand.
What the Policy Means for India’s AI Ambitions
India is seeking to strengthen its position as a destination for cloud computing, AI infrastructure and digital services. Data centres are essential to that ambition because AI models and other digital products require reliable computing, storage and network capacity.
The government has also been promoting investment in the sector. In September 2026, the Ministry of Commerce and Industry highlighted substantial investment potential and discussed the importance of reliable power, ready-to-use land and streamlined approvals.
A clear national framework could help businesses plan investments by establishing more predictable expectations for energy efficiency and resource management.
However, stricter requirements could also influence where companies build facilities and how they design them. Operators may prefer locations with reliable electricity, better transmission access, suitable land and sustainable water supplies.
The policy will therefore need to balance several objectives: attracting investment, supporting AI development, maintaining energy reliability, protecting local resources and avoiding unnecessary costs for consumers.
The Bigger Picture
India’s planned data centre policy reflects a broader question facing governments worldwide: how to support the growth of AI and cloud infrastructure without allowing its resource requirements to undermine energy affordability and environmental goals.
The country’s installed capacity has expanded more than fourfold since 2020, and further investment is expected as demand for computing grows. This creates opportunities for infrastructure providers, technology companies and electricity suppliers, but it also makes energy planning increasingly important.
The policy’s significance will depend on its final provisions. Clear efficiency standards, transparent power-cost arrangements and practical resource-management requirements could help align the industry’s growth with wider economic needs. Unclear or costly rules, by contrast, could complicate investment decisions. The details will determine how the balance is struck.
Looking Ahead
The next milestone is publication of the national policy’s detailed provisions and implementation timeline. Companies will be watching for clarity on energy-efficiency requirements, renewable power use, cooling technologies, water management and responsibility for grid infrastructure. Until those details are released, the announcement should be understood as a policy initiative rather than a fully specified set of new compliance rules.
Over the longer term, India will need to expand digital infrastructure alongside electricity generation, transmission and efficient resource use. Data centre operators will have to demonstrate that their facilities can meet growing computing demand while managing energy and water requirements. The policy’s success will ultimately depend on whether it helps India attract investment and support AI growth without placing avoidable pressure on electricity consumers and local communities.
Frequently Asked Questions
1. What is India’s new data centre policy about?
India is preparing a national policy to manage the electricity demand and resource requirements of data centres as the sector expands. The government has not yet disclosed the detailed provisions or formal implementation date.
2. Who announced the data centre policy initiative?
Union Minister of State for Electronics and Information Technology Jitin Prasada announced the initiative on October 14, 2026.
3. How much data centre capacity does India have?
Government figures put installed capacity at approximately 1,575 MW in August 2026, up from 375 MW in 2020.
4. Why do data centres consume so much electricity?
They run servers, networking equipment and cooling systems continuously. AI workloads and high-density computing can increase both power demand and the need to remove heat.
5. Will the policy make electricity cheaper for households?
The stated objective is to manage data centre electricity demand without increasing costs for consumers. Whether it affects household bills will depend on the final rules and the cost of supplying additional power.
6. How can data centres reduce electricity and water consumption?
Operators can use efficient computing hardware, advanced cooling systems, better workload management, renewable electricity and suitable water-saving technologies. The best combination depends on the facility and its location.
7. Does India already have rules for data centre energy efficiency?
Yes. Existing building energy-efficiency and sustainability codes contain provisions relevant to data centres. The proposed national policy could add or coordinate measures, but its final scope has not yet been announced.
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