Ebrard: More than US $8B in data center projects in the works

Companies have announced more than US$8 billion in data center projects across Mexico. The investment matters because data centers support cloud services, industrial digitization, and artificial intelligence. It also signals a major expansion of Mexico’s digital infrastructure.

Querétaro leads the activity. Mexican company KIO announced up to US$1.3 billion for a new facility there. U.S. company Cloud HQ plans to invest an estimated US$4.8 billion in six data centers and related infrastructure on one Querétaro site. The project is under development. Guanajuato reported US$630 million in data center investment, while Nuevo León reported US$600 million, mainly for data centers.

These figures show investment spreading beyond Mexico’s main hub. Economy Minister Marcelo Ebrard said the announced projects are proceeding as expected. Their expansion will require more electricity infrastructure, and related private electricity investment could reach about US$400 million.

A data center is a facility filled with computing equipment that stores and processes digital information. It matters because digital services need reliable physical infrastructure, even when users experience them through cloud platforms or online applications. Data centers make large-scale computing and information access possible.

Inside, servers handle calculations and store data, while networking equipment moves information between users, businesses, and other systems. The facilities also need power, cooling, and supporting infrastructure so equipment can operate continuously. Cloud services depend on this capacity, as do industrial digital systems and artificial intelligence development.

The article links Mexico’s data center growth to rising data traffic, industrial digitization, and expanding cloud services. SENER counted 170 operating centers in 2023 and 200 in 2025. It projects 230 in 2027 and 243 in 2029, showing continued growth in the country’s digital capacity.

Querétaro became Mexico’s leading data center hub because it offers three crucial advantages: geographic location, energy availability, and fiber-optic connectivity. Together, these conditions help facilities connect to digital networks and operate at the scale required by cloud services and other data-heavy activities.

The growth has created specialized technology parks and attracted foreign direct investment, mainly from U.S., European, and Asian companies. KIO plans to invest up to US$1.3 billion in a new Querétaro data center. Cloud HQ is developing a much larger project, estimated at US$4.8 billion, with six data centers and complementary infrastructure on one site.

Querétaro’s lead does not mean it is Mexico’s only destination. Guanajuato reported US$630 million in investment, and Nuevo León reported US$600 million, primarily for data centers. Still, SENER identifies Querétaro as the national leader while warning that growth brings pressure on electricity and water supplies.

The Federal Electricity Commission, or CFE, is the key public institution involved in supplying the electricity network. Economy Minister Marcelo Ebrard said data center companies are working with CFE to ensure adequate power. This coordination matters because new facilities can require substantial electricity infrastructure beyond what existing networks provide.

The companies themselves are responsible for developing their data center projects and complementary infrastructure. Cloud HQ, for example, plans six data centers and related infrastructure on one Querétaro site. Ebrard also said private investment in electricity projects connected to data centers could reach about US$400 million, showing that additional power facilities may be needed.

Public authorities also shape the conditions for expansion. Mexican authorities are open to more investment, while states have promoted projects and industrial facilities. SENER highlights electricity capacity, water supply, and sustainable energy management as planning challenges for the growing sector.

Data centers can create pressure because their computing equipment needs dependable electricity, while their cooling systems need resources to control heat. Rapid construction could therefore require new power capacity, stronger networks, and careful water planning. These demands matter as Mexico expands digital services and AI infrastructure.

The article points to Querétaro as a clear example. Its leading position has attracted technology parks and foreign investment, but SENER warns that growth creates challenges involving electricity capacity, water supply, and sustainable energy management. Ebrard acknowledged the need for additional electricity infrastructure and said companies are coordinating with CFE.

Water use may become a central concern, although Ebrard said newer cooling systems use less water than before. President Claudia Sheinbaum warned that data centers require high energy and water consumption. Future expansion will depend on efficient facility design, adequate power, and responsible management of both resources.

More data centers increase the physical capacity needed to store, process, and move digital information. That supports cloud services, which businesses and users rely on for digital tools and data access. It also helps industries adopt connected and computer-based systems, making industrial digitization easier to expand.

The article connects this infrastructure directly to artificial intelligence. Economy Minister Marcelo Ebrard said data centers will strengthen Mexico’s technological capabilities and participation in AI development. SENER says sustained growth is driven by increased data traffic, industrial digitization, and expanding cloud services. These forces reinforce one another as digital activity grows.

Mexico’s capacity is projected to rise from 200 operating data centers in 2025 to 243 in 2029. The opportunity comes with limits. Sheinbaum supports AI progress but cautions against making Mexico a hub for other regions if energy and water costs become too high.

Data centers consume substantial electricity because servers, storage systems, and networking equipment operate continuously to process and move digital information. The equipment converts much of that electricity into heat. Cooling systems must then remove the heat and keep machines operating safely, creating another major energy demand.

Water can be used in some cooling systems to carry heat away from computing equipment. The exact design varies by facility, but water demand is linked to the need for effective heat management. The article does not detail particular cooling technologies. It does state that newer systems use less water than they once did.

These demands explain the debate around Mexico’s expansion. Ebrard said data center companies are coordinating with CFE for adequate electricity. Sheinbaum warned that the facilities require high energy and water consumption, while SENER called for energy efficiency in planning and design.