Mexico’s Data Center Boom Accelerates Despite Power Constraints

Between 2025 and 2030, the Mexican data center industry will add 1,516MW of power capacity and capture over US$18 billion in direct investments, reveals the Mexican Association of Data Centers (MEXDC). This growth is expected to be driven by AI and Edge Computing.

“Our market study estimates a projection of an additional 1,516MW by 2030, generating more than 96,000 direct and indirect jobs,” says Amet Novillo, President, MEXDC, and Managing Director, Equinix Mexico. “The accelerated growth faces restrictions in the electrical infrastructure, and that is a fact; this is not only happening in Mexico but also globally.”

The MEXDC report, presented during the 2025 general assembly, details the state of Mexico’s Technology sector. Demand for high-processing infrastructure, accelerated by Generative AI and the decentralization of computing known as Edge, positions Mexico as a critical regional hub. 

However, the projected growth highlights immediate challenges in power availability and transmission. The industry, comprising more than 127 associated companies, collaborates closely with governmental entities — including the Ministry of Economy, the Energy Regulatory Commission (CRE), and the National Energy Control Center (CENACE) — to enable self-supply and on-site power generation schemes.

Diversification and Energy Strategy

The market study, conducted by specialized market analysis corporations and cited by the MEXDC, confirms a projected investment exceeding US$18 billion and the creation of over 96,000 jobs through 2030. This expansion dictates a geographical re-evaluation of deployment. While Queretaro remains a central hub, the trend indicates clear diversification toward regional markets.

Edge data centers are moving computing closer to the end user to mitigate latency, thereby extending infrastructure deployment to Mexico’s northern region, particularly Monterrey. This shift responds to requirements for processing data closer to the source for applications such as the Internet of Things (IoT) and industrial automation.

The primary hurdle to achieving the projected 1,516MW is the existing electrical infrastructure. Novillo says that the high demand for power requires precise technical coordination between private companies and the federal government, which would enable the alignment of corporate expansion schedules with the grid capacity of the Federal Electricity Commission (CFE).

Due to transmission constraints, the industry pursues on-site generation solutions under self-supply schemes, which are supported by recent federal legislation. While global discourse involves implementing nuclear reactors, the practical alternative for Mexico in the short term is generation using natural gas, enabling data centers to secure operational continuity and comply with sustainability standards, says Novillo. Collaboration with key agencies, including CENACE, CRE, and the Ministry of Energy, are in place to coordinate these efforts, he adds.

Sustainability And Talent Development 

The report also addresses public concerns regarding water resource consumption. Studies commissioned by the association indicate that over 95% of data centers in Mexico operate using air cooling systems or closed-loop circuits that reuse water without consuming it, minimizing the industry’s water footprint compared with other manufacturing or transformation industries. This evidence-based approach aims to provide stakeholders with an accurate view of resource utilization.

To support operations and staff the projected 96,000 jobs, the MEXDC’s talent commission signed agreements with eight universities. The commission also expanded the Masterclass Next DC program. This initiative allows engineering students to access operational facilities to understand the technical requirements of data centers, working to reduce the specialized skills gap within the market.

Key Technological Trends for 2026

The association identifies three major technological vectors that will determine investment and operational priorities next year:

1. Generative AI: Corporations will develop proprietary software, requiring high-performance infrastructure for model training and inference.

2. Hybrid and Multi-Cloud Architectures: Technical coexistence between private cloud infrastructure and public multi-cloud environments (for example, Microsoft Azure, Oracle, and Google) is expected. Resilient security perimeters and logical access control will be essential for these complex ecosystems.

3. Process Automation: Sectors such as retail, manufacturing, and healthcare will integrate AI for tasks, including image analysis and automated supply chain management. For example, hospitals are using AI to analyze images, and retail operations are employing intelligent automation for customer service.

Additionally, the MEXDC has also strengthened its dialogue with governmental levels, including the US Embassy and ProPanama, says Novillo. The establishment of a fifth commission focused on Connectivity seeks to optimize the interconnection between different-scale data centers, ensuring the latency and redundancy necessary for the digital economy.

“Mexico is positioned to handle this technological wave. However, the successful realization of the 2030 projection relies heavily upon the rapid implementation of electrical transmission infrastructure and the efficient processing of permits for on-site energy generation,” says Novillo.