Uruguay’s Hyperscale Opportunity: How Transmission Tolls Shape the Data Center Investment Wave

Google’s Hyperscale Bet Lands in Uruguay — But Transmission Economics Will Define the Next Wave

Latin America’s data center inventory surged 41.3% between the first quarter of 2025 and the first quarter of 2026, the fastest expansion rate of any region globally, according to CBRE’s Global Data Center Trends report. The primary beneficiaries have been São Paulo, Querétaro, Santiago, and Bogotá — but Montevideo is now registering on investor radars as a distinct, if still peripheral, contender.

Uruguay’s entry into this capital-intensive arena is no longer hypothetical. Google broke ground in August 2024 on a hyperscale data center at the Science Park, with operations expected to commence in early 2027. It is the first facility of its kind in the country, and its significance extends well beyond the technology sector.

El Observador reports that Uruguay’s ministries of Economy and Industry are now working to secure three additional data center projects, with at least two international firms actively evaluating the country as a potential host. These are not casual expressions of interest. The companies are conducting environmental studies, feasibility analyses, and engineering assessments — the slow, methodical groundwork that precedes nine-figure infrastructure commitments.

The arrival of a hyperscale tenant of Google’s caliber functions as a market signal. It tells other operators that Uruguay can meet the exacting standards for energy reliability, connectivity, physical security, and operational capability that these facilities demand. The question now is whether the country can convert that signal into a sustained investment cycle — and the answer turns on a single variable that remains unresolved.

Generation Abundance, Transmission Friction: Inside the Cost Equation Investors Are Scrutinizing

Uruguay’s renewable energy credentials are well documented and genuinely impressive. Private generators have deployed approximately 2,000 megawatts of installed capacity — representing roughly 40% of the country’s electricity generation — through investments exceeding USD 4 billion. The entry of private generation drove a 39% decline in the Annual Dispatch Cost in real terms and halved the cost per megawatt-hour consumed, according to data cited by Martín Bocage, president of the Uruguayan Association of Private Electric Energy Generators, in conversation with El Observador.

The country’s renewable potential is vast. Bocage points to a pipeline exceeding 60 gigawatts, of which only a fraction has been developed. Long-term power purchase agreements with private generators have proven capable of delivering competitive generation costs without subsidies, a mechanism that could be extended to serve new data center demand.

Yet generation cost is not where the friction lies. The problem sits one layer downstream, in transmission and distribution tolls — the ‘peajes’ that determine the final delivered price of electricity. These tolls are currently negotiated bilaterally, project by project, without publicly available benchmarks on cost or timeline. For an international investor operating within a 12-to-24-month decision window, that opacity is a material deterrent.

Luis Gallo Pieri, CEO of Teyma, told El Observador that Uruguay must identify benefits beyond generation pricing to offset its structural cost disadvantages against markets where generating assets are already fully amortized. The discussion, he argues, must encompass availability, backup capacity, and supply security — not merely the per-megawatt-hour headline rate.

Diego Oroño, president of the Uruguayan Renewable Energy Association, adds a complementary lens. Large operators weigh a bundle of variables: expansion potential, connection timelines, grid reliability, international fiber connectivity, and regulatory stability. Energy price matters, but it is rarely decisive in isolation. The package must cohere.

El Observador’s reporting underscores that the transmission challenge is compounded by physical infrastructure constraints. Hyperscale data centers require dedicated high-capacity connection points capable of absorbing concentrated loads. Uruguay’s grid, while robust by regional standards, was not originally designed for single-site consumers drawing power at the scale these projects demand.

The competitive landscape sharpens the urgency. Chile, Costa Rica, Brazil, and Colombia all offer alternatives. Uruguay’s institutional stability and renewable matrix give it a differentiated pitch, but if investors cannot model their total delivered energy cost with reasonable precision, they will gravitate toward jurisdictions that provide that certainty.

What Team Haverkate Observes: Free Trade Zones, Institutional Capital, and the Montevideo Differentiator

Team Haverkate has tracked Uruguay’s appeal to international capital across multiple cycles, and the data center thesis fits a pattern the firm recognizes. The country consistently overperforms its size when investors prioritize rule of law, contract enforceability, and policy continuity over raw scale. In the digital infrastructure sector, those attributes carry disproportionate weight because the assets are immobile, long-lived, and politically exposed.

An analysis by ETDatacenters, drawing from CBRE data, identifies Montevideo’s established free trade zone framework as a specific draw for future data center investments. This matters. Free trade zones in Uruguay offer tax exemptions on imports, exports, and certain corporate activities, creating a fiscal environment that can meaningfully alter project economics over a 20-to-30-year asset lifecycle. Competing regional hubs do not always offer equivalent regimes with the same degree of legal certainty.

However, the regional data tells a more nuanced story. Latin America’s data center construction market is projected to reach USD 8.96 billion by 2031, driven by AI and cloud services demand. But the capital is concentrating first in São Paulo, Querétaro, Santiago, and Bogotá — markets with larger domestic demand bases, deeper skilled labor pools, and more mature digital ecosystems. Montevideo is noted as gaining attention, not yet as a primary destination. The gap between ‘on the list’ and ‘closing deals’ is where execution risk lives.

Grid capacity constraints and skilled labor shortages are flagged across the region, and Uruguay is not immune to either. The country’s engineering and construction capabilities, honed through major cellulose and energy projects, are a genuine asset — Gallo Pieri emphasizes that complex infrastructure experience is transferable to data center development, and local suppliers stand to benefit from learning effects. But scaling that workforce to meet simultaneous demand from multiple hyperscale projects would test any small economy’s labor market.

In our experience advising international investors, Uruguay’s advantage has never been about being the cheapest option. It is about being the most predictable. For data center operators making 20-year infrastructure bets, predictability in energy regulation, property rights, and repatriation of capital can justify a premium over lower-cost but less stable alternatives. The transmission toll question, however, introduces an element of unpredictability that cuts against Uruguay’s core value proposition.

The investment magnitudes underscore what is at stake. Sector estimates place data center construction costs between USD 15 million and USD 20 million per installed megawatt, though final figures depend on whether ancillary infrastructure — substations, backup generation, dedicated transmission lines — must be built alongside the core facility. At that capital intensity, even small miscalculations in energy cost assumptions compound into material return differentials.

From Cellulose to Cloud: Why Uruguay’s Industrial Future Hinges on Predictable Energy Pricing

Uruguay has executed this playbook before. Two decades ago, the country made a concerted push to attract large-scale cellulose production — an energy-intensive, export-oriented industry that required massive infrastructure investment and long-term regulatory clarity. That bet paid off, generating a construction and operational expertise base that is now cited as directly relevant to data center development.

The transition from cellulose to cloud computing represents an industrial evolution, not a reinvention. The underlying requirements are structurally similar: abundant renewable power, reliable grid infrastructure, predictable permitting, and a stable investment climate. What differs is the speed at which the global market is moving. AI-driven demand is compressing decision timelines, and the jurisdictions that streamline their energy pricing transparency will capture a disproportionate share of the coming wave.

El Observador’s reporting makes clear that Uruguay’s government understands the stakes. Three projects under active ministerial evaluation, combined with Google’s already-underway construction, signal that the country is being taken seriously. But the transmission toll impasse — the absence of public reference pricing and standardized connection timelines — remains the single largest solvable obstacle between Uruguay and a meaningful share of Latin America’s projected USD 8.96 billion data center construction market.

Before any international investor commits capital to Uruguayan real estate — whether for a data center site, a commercial property, or a residential acquisition — one structural risk deserves explicit attention. Dual agency, where a single broker or firm represents both buyer and seller in the same transaction, remains a permitted practice in Uruguay and creates an inherent conflict of interest. An agent working both sides of a deal cannot simultaneously maximize the buyer’s negotiating position and the seller’s proceeds. The result can be inflated valuations, undisclosed property defects, or compromise on due diligence that the international buyer may never detect. Independent representation is not a formality in this market — it is the difference between an investment and a liability.

Team Haverkate has built its practice on the principle that international investors in Uruguay deserve clarity, not salesmanship. Whether the asset class is digital infrastructure, agricultural land, or Montevideo residential property, the firm’s role is to ensure that clients understand the structural realities of the market before they write the check. The data center story is one Uruguay is well positioned to win — but only if the transmission economics catch up to the generation narrative.