The Chile Data Center Market Size, Share, Trends, & Investments By IT Infrastructure, By Electrical Infrastructure, By Mechanical Infrastructure, By Cooling Systems, By General Construction, & By Tier Standard.

Chile Data Center Market - Investment Analysis & Growth Opportunities 2026-2031

CHILE DATA CENTER MARKET SIZE ANALYSIS

Chile’s data center market reached USD 1.07 billion in 2025 and is forecast to grow to USD 1.73 billion by 2031, registering a CAGR of 8.32% over the forecast period. As the third-largest data center market in South America, the country is increasingly attracting hyperscale investments from major cloud providers such as AWS and Microsoft. Chile’s strong renewable energy potential, established digital infrastructure, strategic location, and supportive regulatory framework continue to enhance its attractiveness as a data center destination.

The expansion of Chile’s digital infrastructure is closely linked to its national sustainability objectives. The country plans to peak greenhouse gas emissions by 2030, achieve carbon neutrality by 2050, and reach net-zero greenhouse gas emissions by 2065. These targets are encouraging the development of more sustainable data center infrastructure and promoting greater reliance on renewable energy to support the sector’s long-term growth.

The market is also benefiting from increasing investment across the data center ecosystem. In December 2025, Actis launched Terranova, a South American data center platform targeting USD 1.5 billion in investments across Brazil, Mexico, and Chile, with plans to develop up to 1 GW of capacity. However, rising construction costs remain a challenge for developers. According to Turner & Townsend’s 2025 Data Center Cost Index, construction costs in Santiago were approximately USD 8.61 per watt, while inflation, supply chain constraints, and higher interest rates are expected to continue putting upward pressure on development costs.

Santiago remains the leading data center development hub in Chile, supported by capacity expansions from operators such as Ascenty, Equinix, SONDA, and Gtd. The city is benefiting from increasing demand for cloud computing, colocation services, and digital transformation initiatives. It is also witnessing the deployment of advanced data center technologies. In April 2025, Equinix invested USD 50 million in the expansion of its ST2 facility in Santiago, introducing Chile’s first AI-ready liquid-cooled module. The facility incorporates a closed-loop cooling system powered entirely by renewable energy to support the thermal requirements of high-density AI workloads.

Chile’s growing third-party data center ecosystem is further contributing to market expansion. The country has approximately 39 existing colocation facilities, primarily concentrated in Santiago, Paine, and Valparaiso. The expanding facility base reflects rising demand for scalable and flexible infrastructure from enterprises, cloud service providers, and digital businesses.

Strong international connectivity is another factor reinforcing Chile’s position as a regional data center hub. The country currently has eight operational submarine cables, with another system expected to become operational by 2027. The SAm-1 submarine cable is among the key connectivity assets, linking Chile with Argentina, Brazil, Peru, and other regional markets along its 15,534-mile route. These submarine networks increase international bandwidth, improve connectivity and latency, and strengthen Chile’s role within the broader South American digital infrastructure landscape.

CHILE DATA CENTER MARKET INVESTMENT BY AREA​

The Chile data center market by area is expected to reach 344 thousand sq. ft. by 2031, driven by the continued expansion of data center facilities in key metropolitan hubs and increasing demand for cloud computing, colocation, and digital infrastructure. In 2025, Santiago remained the primary location for new data center developments in Chile, with operators such as Ascenty, Equinix, SONDA, and Gtd contributing substantial additional capacity.

The city continued to attract large-scale investments due to rising demand for cloud services, colocation facilities, and broader digital transformation needs. Ascenty currently operates three facilities in Santiago, collectively providing approximately 210,000 sq. ft. of white floor space, while the company has planned an additional 750,000 sq. ft. to accommodate future capacity requirements.

The number of third-party data center facilities in Chile is gradually growing. Chile is an established market in South America and has around 39 existing colocation data centers spread mostly across Santiago, Paine, and Valparaiso.

Chile hosts several major operators such as Ascenty, EdgeConneX, Equinix, ODATA (Aligned Data Centers), Scala Data Centers, Gtd, NextStream, and SONDA many of which have upcoming expansion plans. The market is also experiencing strong activity from hyperscalers, including AWS and Microsoft.

Chile is strengthening its digital ecosystem through high-impact international collaborations aimed at boosting AI-enabled global connectivity. For instance, in June 2025, Chile partnered with Google on the Humboldt Subsea Cable, an 8,699-mile link connecting Chile to Oceania, which is its first across the South Pacific, to support future AI and cloud workloads. Announced in 2024, this project will enhance data transmission speeds and global AI interconnectivity, with operations expected by Q4 2026.

CHILE DATA CENTER MARKET INVESTMENT BY POWER CAPACITY

The Chile data center market by power capacity is expected to reach 82 MW by 2031, supported by the country’s ongoing transition toward a cleaner and more sustainable energy system.

Chile’s long-term energy strategy targets carbon neutrality by 2050, while its Ministry of Energy has implemented a Decarbonization Plan aimed at converting a significant portion of coal-fired power units by the end of 2025. This shift toward cleaner energy sources is expected to support the sustainable expansion of data center infrastructure, with Chile’s total data center IT power capacity projected to reach approximately 82 MW by 2031.

LIST OF FACILITIES IN CHILE

Chile Data Center Landscape at a Glance

1. Facilities Covered (Existing): 39
2. Facilities Identified (Upcoming): 09
3. Coverage: 5 Cities
4. Existing vs. Upcoming (Data Center Area)
5. Existing vs. Upcoming (IT Load Capacity)

Data center colocation market in Chile

1. Colocation Market Revenue & Forecast (2022-2031)
2. Retail & Wholesale Colocation Revenue (2022-2031)
3. Retail & Wholesale Colocation Pricing

KEY TAKEAWAYS

1. IT Infrastructure: The server infrastructure segment dominated the Chile data center market, accounting for approximately 48% of the market share in 2025.
2. Electrical Infrastructure: The generator systems segment led the Chile data center market in 2025, supported by the growing need for reliable backup power and uninterrupted operations.
3. Mechanical Infrastructure: In 2025, cooling systems represented the largest segment of Chile’s data center mechanical infrastructure market, driven by the need for efficient and reliable thermal management.
4. General Construction: The core and shell development segment dominated Chile’s data center general construction market, accounting for approximately 58% of the market share in 2025.
5. Tier Standard: Tier III facilities dominated Chile’s data center market in 2025, reflecting the strong demand for highly reliable, resilient, and continuously available infrastructure.
6. Colocation: Wholesale colocation services dominated Chile’s colocation market, supported by increasing demand from hyperscalers, cloud service providers, and large enterprises requiring scalable data center capacity.

RECENT DEVELOPMENTS & NEWS IN THE CHILE DATA CENTER MARKET

In January 2025, Chile initiated a USD 2.2 million feasibility study for a subsea cable linking its southernmost province with Antarctic research bases, aimed at strengthening scientific collaboration and enabling high-speed data exchange. Led by Pioneer Consulting and Salience Consulting, the 16-month study will assess the technical, political, and legal feasibility of what could become the first subsea cable connection to Antarctica.

In June 2025, Chile and Google agreed to deploy the 8,699-mile Humboldt Cable, the first-ever subsea system linking South America to Oceania, with construction beginning in 2025 and operations expected by Q4 2026. The cable will connect Valparaíso to French Polynesia with options for branches to Easter Island, New Zealand, and Antarctica, significantly expanding Chile’s global connectivity ecosystem.

In 2025, wholesale colocation led Chile’s colocation market with a 59.27% share, compared with 40.73% for retail colocation, supported by growing demand from hyperscalers and cloud providers. Cloud infrastructure investment is also accelerating, with AWS committing more than USD 4 billion to establish a new Chile cloud region by 2026, while Microsoft launched its first Azure region in Santiago across three sites with water-free cooling technology.

At the same time, Chile’s connectivity expansion faces emerging cybersecurity and sovereignty considerations. The proposed Chile-China Express submarine cable, linking Chile with Hong Kong, has attracted regional scrutiny over transparency, financing, and potential data-access risks, reinforcing the need to balance digital infrastructure development with cybersecurity and national data sovereignty.

In September 2025, Ascenty inaugurated its third Chilean data center, a $114 million, 16MW facility located in Quilicura. The site operates on 100% renewable energy and uses a closed-loop cooling system to reduce water consumption almost to zero.

CHILE DATA CENTER MARKET DRIVERS

Improvements in Inland and Submarine Connectivity

Chile has taken major strides in strengthening both its inland and submarine connectivity, positioning itself as a pivotal data transit hub in South America. Large-scale investments in fiber optic networks and international submarine systems, including the Humboldt Cable, are significantly boosting global data flow and regional network resilience. Building on this expanding connectivity infrastructure, Chile currently operates eight submarine cables and is developing one additional cable expected to go live by 2027.

These multiple cable routes are enhancing bandwidth capacity, reducing latency, and supporting the growing demand for broadband, cloud services, and digital applications that are increasingly essential to the country’s economy.

Growing Adoption of Cloud Services

Chile is witnessing strong momentum in cloud service adoption, fueled by its ambitious digital transformation efforts and the rising need for flexible, scalable IT infrastructure. Ongoing investments in data center capacity and connectivity have helped the country emerge as a cloud technology hub within the region.

This transformation has also been supported by government-led initiatives, with the creation of the Digital Government Division in 2018 providing guidance to public institutions on digital strategies and paving the way for the rollout of the Cloud First Policy.

CHILE DATA CENTER MARKET TRENDS

Growing Acceptance of AI and Digitalization Trends

Chile is increasingly positioning itself as a regional center for digital innovation and emerging technologies, driven by a strong tech ecosystem and forward-thinking government policies. The country has made notable progress in artificial intelligence, renewable-energy technology, and advanced data analytics, supported by active investments in R&D and a thriving startup environment.

This growing digital ecosystem is further reinforced by Chile’s strong mobile and internet connectivity, with mobile connection penetration exceeding 138%, representing more than 27.5 million cellular mobile connections. The rapid expansion of 5G networks and rising demand for high-speed digital services are accelerating the country’s digital transformation, while internet penetration has reached over 94.4%, with nearly 18.7 million regular users.

Rise of Sustainable Data Centers

Chile has set an ambitious vision to prevent climate change and promote sustainability. The country's goals include achieving peak greenhouse gas emissions by 2030, reaching carbon neutrality by 2050, and attaining net-zero greenhouse gas emissions by 2065. This vision aligns with global efforts to mitigate climate change and underscores Chile’s commitment to a sustainable future.

Supporting these long-term sustainability objectives, Chile has also opened its renewable energy sector to greater international participation, allowing foreign investors to hold 100% equity ownership in the exploration, development, and utilization of solar, wind, hydro, and ocean or tidal energy resources. This policy shift is expected to attract global investment, accelerate renewable energy development, and further strengthen the country’s transition toward a low-carbon economy.

CHILE DATA CENTER MARKET RESTRAINTS

Business Ownership Hurdles and Dearth of Skilled Personnel

As Chile rapidly expands its digital infrastructure and adopts new technologies, the demand for specialized professionals in the data center industry continues to grow. However, the sector faces a shortage of trained workers, limited funding for advanced training programs, and low awareness of career pathways, particularly in high-demand areas such as cloud computing, cybersecurity, and AI.

To address these workforce gaps, government bodies and private-sector organizations have introduced initiatives focused on strengthening technical skills and expanding access to digital training. These efforts have also been supported through collaborations with major technology companies; for instance, in May 2024, Google partnered with Talento Digital to offer 5,000 scholarships covering programs such as AI Fundamentals and Google Career Certificates, helping participants develop employable digital skills and improve their career prospects.

Security Challenges impacting Market Growth

Chile’s data center market continues to expand; however, its progress is hindered by several security concerns, including the rise in cyberattacks and the need for stronger data protection systems. Physical risks such as natural hazards and weaknesses in infrastructure also present challenges that could affect long-term development.

To address these challenges, Chile is actively strengthening its cybersecurity framework through the Cybersecurity Strategy 2022–2027, which focuses on enhancing the country’s resilience against evolving digital threats. In parallel, data center operators are increasing investments in advanced physical security measures, including fire suppression systems, biometric access controls, and continuous monitoring. These combined efforts to strengthen both digital and physical security are helping Chile establish a more secure and resilient environment for regional data center operations.

CHILE DATA CENTER MARKET SEGMENTATION

INSIGHT BY IT INFRASTRUCTURE

In 2025, server infrastructure emerged as the leading IT infrastructure segment in Chile’s data center market, accounting for approximately 48% of the overall market share, supported by the growing requirement for scalable computing capacity to handle expanding digital workloads. This leadership is expected to strengthen as enterprises increasingly adopt cloud computing, big data, and AI technologies, driving demand for high-performance computing infrastructure.

At the same time, the rising complexity and specialization of workloads are likely to accelerate the adoption of ODM servers, particularly as hyperscale data center operators expand investments in application-specific facilities designed to support compute-intensive applications.

INSIGHT BY IT ELECTRICAL INFRASTRUCTURE

In 2025, generators represented the leading electrical infrastructure segment in Chile’s data center market, accounting for approximately 27% of the overall market share, reflecting the sector’s strong focus on reliable backup power and uninterrupted operations. This leadership is reinforced by the widespread deployment of diesel generators, with data centers across Chile typically maintaining at least 48 hours of on-site fuel storage to mitigate the impact of potential power disruptions.

Further strengthening this trend, Ascenty’s data center in Santiago utilizes N+N generator redundancy for enhanced power resilience, complemented by automated fuel delivery systems that support continuous generator operation during prolonged outages.

INSIGHT BY MECHANICAL INFRASTRUCTURE

In 2025, the cooling segment emerged as the dominant mechanical infrastructure category in Chile’s data center market, accounting for approximately 66% of the overall market share. This leadership reflects the increasing adoption of hybrid and free-cooling solutions as operators seek to improve energy efficiency, lower operating costs, and reduce environmental impact.

Meanwhile, advanced air-cooled and water-cooled systems, supported by N+1 or 2N redundancy configurations, are being deployed to strengthen cooling reliability and maintain optimal operating conditions. A notable example is Equinix’s ST4 data center in Santiago, which uses a closed-circuit air-cooled chiller system with air-handling units configured with N+1 redundancy, enabling reliable thermal management for its expanding IT infrastructure.

INSIGHT BY GENERAL CONSTRUCTION

In 2025, core and shell construction represented the largest segment of Chile’s data center general construction market, accounting for approximately 58% of the overall market share, supported by continued investments in new facilities and capacity expansion. The segment’s strong position is further reinforced by the increasing pipeline of greenfield data center projects, with operators prioritizing core and shell infrastructure that aligns with global industry standards and accommodates rising digital infrastructure requirements.

AECOM has contributed to core and shell construction across multiple data center projects in Chile, helping facilities meet international standards while strengthening structural resilience and operational reliability.

INSIGHT BY TIRE CONSTRUCTION

In 2025, Tier III facilities represented the dominant tier classification in Chile’s data center market, accounting for approximately 91% of the total market share, underscoring the country’s strong focus on resilient and highly available data center infrastructure.

This dominance is reinforced by the widespread adoption of Tier III standards, with more than 31 facilities having either obtained or pursued Uptime Institute Tier III certification during the design or construction phase. Furthermore, most data centers are designed to meet at least Tier III specifications, incorporating N+1 redundancy and targeting uptime levels of approximately 99.98% to support continuous availability and operational reliability.

INSIGHT BY COLOCATION

By 2031, colocation investments in Chile are expected to be led by the wholesale colocation segment, which is projected to contribute over 73.98% of the total investment. This investment outlook is supported by the steady expansion of Chile’s third-party data center landscape, with the country already established as a key colocation market in South America.

Chile currently has around 39 existing colocation data centers, concentrated primarily across Santiago, Paine, and Valparaiso, providing a growing infrastructure base to support future colocation demand.

CHILE DATA CENTER MARKET VENDOR LANDSCAPE

IT infrastructure providers play a critical role in supporting Chile’s high-density and cloud-driven data center ecosystem, supplying servers, storage, networking, and AI-optimized hardware.

Engineering firms focus on modular construction, prefabrication, and accelerated build timelines to meet tight capacity rollout schedules. Collaboration between contractors, consultants, and government authorities ensures compliance with planning, environmental, and power allocation regulations.

Leading Support infrastructure providers such as Cisco, Dell Technologies, Huawei Technologies, Lenovo and others maintain a strong presence through local service teams, long-term maintenance contracts, and regional manufacturing hubs.

Chile’s data center market features major global and regional operators including Ascenty, ClaroVTR, EdgeConneX, Equinix, Gtd, InterNexa, ODATA (Aligned Data Centers), Scala Data Centers, SONDA, and others. It includes newer player such as Amazon Web Services, Microsoft, and TECfusions.

OData remains a key investor, expanding its portfolio through several ongoing projects. For instance, in September 2025, the company secured $1.02 billion in green financing to support sustainable data center projects across Brazil, Mexico, Chile, and Colombia, bringing its total financing to $2.25 billion. This marks the largest sustainable data center financing in South America and strengthens OData’s financial position for regional expansion.

EXISTING VS. UPCOMING DATA CENTERS

1. Existing Facilities in the region (Area and Power Capacity)
2. Santiago
3. Other Cities
4. List of Upcoming Facilities in the region (Area and Power Capacity)
5. Santiago
6. Other Cities

REPORT COVERAGE

This report analyses the Chile data center market share. It elaboratively analyses the existing and upcoming facilities and investments in IT, electrical, mechanical infrastructure, cooling systems, general construction, and tier standards. It discusses market sizing and investment estimation for different segments. The segmentation includes:

1. IT Infrastructure
2. Server Infrastructure
3. Storage Infrastructure
4. Network Infrastructure
5. Electrical Infrastructure
6. UPS Systems
7. Generators
8. Switches & Switchgears
9. PDUs
10. Other Electrical Infrastructure
11. Mechanical Infrastructure
12. Cooling Systems
13. Rack Cabinets
14. Other Mechanical Infrastructure
15. Cooling Systems
16. CRAC and CRAH
17. Chillers
18. Cooling Towers, Condensers and Dry Coolers
19. Other Cooling Units
20. General Construction
21. Core & Shell Development
22. Installation & commissioning Services
23. Building & Engineering Design
24. Fire Detection & Suppression Systems
25. Physical Security
26. Data Center Infrastructure Management (DCIM)
27. Tier Standard
28. Tier I & Tier II
29. Tier III
30. Tier IV

DATA CENTER PROVIDERS/INVESTORS IN CHILE

IT INFRASTRUCTURE PROVIDERS: Cisco, Dell Technologies, Hewlett Packard Enterprise, Huawei Technologies, IBM, and Lenovo.

DATA CENTER CONSTRUCTION CONTRACTORS & SUB-CONTRACTORS: Aceco TI, AECOM, Constructora Sudamericana, Fluor Corporation, Hyphen, PQC, and Turner & Townsend.

SUPPORT INFRASTRUCTURE PROVIDERS: ABB, ASSA ABLOY, Axis Communications, Bruno Generators, Caterpillar, Cummins, Honeywell International, Johnson Controls, Legrand, Mitsubishi Electric, Munters, Piller Power Systems, Panduit, Rittal, Schneider Electric, Siemens, STULZ, and Vertiv.

DATA CENTER INVESTORS: Ascenty, Cirion Technologies, ClaroVTR, EdgeConneX, Equinix, Gtd, InterNexa, IPXON Networks, NetGlobalis, NextStream, ODATA, PowerHost, Scala Data Centers, and SONDA.

NEW ENTRANTS: Amazon Web Services, Microsoft, and TECfusions.

RESEARCH METHODOLOGY

1. Primary Research: Interviews/interactions with data center developers, colocation providers, contractors, system integrators, and infrastructure providers.
2. Secondary Research: Analysis of annual reports, financial filings, press releases, data sheets, white papers, industry blogs, and tender documents.
3. Historical Period: 2022–2024
4. Base Year: 2025
5. Forecast Period: 2026–2031
6. Approach: Market data is validated using primary industry inputs and secondary sources, with 2025 representing actual values and 2026–2031 representing forecast estimates.

MARKET DEFINITIONS

1. Investment — total capital deployed across IT, electrical, mechanical, and general construction infrastructure for a data center facility, measured in USD.
2. Area (White Floor Space) — the usable raised-floor area allocated to IT equipment within a facility, measured in square feet.
3. Power Capacity — the total IT load a facility is designed to support, measured in megawatts (MW).
4. Tier Standard — the Uptime Institute classification (Tier I–IV) describing a facility's redundancy and fault tolerance.
5. Colocation Type — retail colocation serves tenants requiring smaller rack or cage footprints; wholesale colocation serves tenants leasing dedicated suites or halls.