A micro-modular nuclear reactor developer with global headquarters in Italy and a U.S. corporate office in Pennsylvania said it has been selected to deploy its equipment for data center infrastructure in Latin America and Brazil.
Terra Innovatum Global N.V. on July 20 said Latin American technomedia group Waiken ILW has selected Terra Innovatum’s SOLO micro-modular reactor platform for an initial deployment that will support DIRECTV Latin America and SKY Brasil (Jaguariúna). The companies said they have a letter of intent that covers up to 8 MWe of behind-the-meter power generation capacity.
“This initiative aims to provide reliable, behind-the-meter clean energy solutions for Waiken ILW’s data centers while serving as a proof of concept for other long-term, energy-intensive operations within the Waiken ILW group of companies,” said Alessandro Petruzzi, co-founder and CEO at Terra Innovatum. “Critical communications infrastructure demands uninterrupted, resilient power. We believe this agreement demonstrates the growing commercial opportunity for behind-the-meter nuclear energy beyond AI data centers, extending into media, telecommunications and other critical infrastructure sectors.”
The agreement represents Terra Innovatum’s first announced commercial deployment initiative in Latin America. The company said it reflects growing international demand for standardized, factory-built micro-modular nuclear power.
Years of Development
The SOLO technology was conceptualized in 2018. It was engineered across a six-year period. Terra Innovatum said SOLO “addresses pressing global energy demands with a market-ready solution. Built from readily available commercial off-the-shelf components, the proven licensing path for SOLO enables rapid deployment and minimizes supply chain risks, ensuring final cost predictability.”
The company said the micro-modular reactor is “designed to adapt with evolving fuel options … SOLO supports both LEU+ and HALEU, offering a platform ready to transition to future fuel supplies.”
Giordano Morichi, founding partner, chief business development officer and director of investor relations for the company said, “This strategic collaboration with Waiken ILW highlights the commercial strength of our global supply chain and the versatility of our SOLO technology. The agreement demonstrates that SOLO is not designed for a single market, rather it is a platform that can scale across multiple industries and geographies, including telecommunications, cloud infrastructure and data centers, financial services, healthcare, industrial facilities and other mission-critical operations.”
Range of Applications
SOLO is expected to serve a range of applications. The technology can provide emissions-free behind-the-meter and off-grid power solutions for data centers, mini-grids serving remote towns and villages, and large-scale industrial operations in hard-to-abate sectors such as cement production, oil and gas, steel manufacturing, and mining, according to Terra Innovatum. The company said the technology “also has the ability to supply heat for industrial applications and other specialized processes, including water treatment, desalination and co-generation.
“Thanks to its modular design, SOLO can easily scale to deliver up to 1 GW or more of CO2-free power with a minimal footprint, making it an ideal solution for rapidly replacing fossil fuel-based thermal plants,” the company wrote in a news release. “Beyond electricity and heat generation, SOLO can also contribute to critical applications in the medical sector by producing radioisotopes essential for oncology research and cancer treatment.”
“We partner with Terra Innovatum Global to drive a forward-looking energy strategy that reinforces our long-standing commitment to innovation, sustainability, and technological excellence across all our companies and partners,” said Carlos Magariños, chief of global and regulatory strategy for Waiken ILW. “This alliance will strengthen our infrastructure by delivering reliable, behind-the-meter clean energy to DIRECTV’s and SKY’s broadcasting data centers, paving the way for a cleaner, more resilient, and self-sustaining energy future across Argentina, Brazil, and the broader region.”
The companies on Monday said agreement represents Terra Innovatum’s first announced commercial deployment initiative in Latin America, “and reflects growing international demand for standardized, factory-built micro-modular nuclear power. With an enhanced safety profile, including non-proliferant fuel, and standardized factory production, Terra Innovatum can address demand for clean and reliable energy infrastructure across the world.”
Waiken ILW is a technomedia group with operations in Argentina, Barbados, Brazil, Chile, Colombia, Curaçao, Ecuador, Mexico, Peru, Trinidad and Tobago, Uruguay, and other markets.
Terra Innovatum said it anticipates its SOLO technology will be available globally within the next three years.
—Darrell Proctor is a senior editor for POWER.
Facts Only
* Terra Innovatum Global N.V., headquartered in Italy with a U.S. office in Pennsylvania, selected its SOLO micro-modular reactor platform for deployment.
* The deployment is for data center infrastructure in Latin America and Brazil.
* The selection was made by the Latin American technomedia group Waiken ILW.
* The deployment will support DIRECTV Latin America and SKY Brasil in Jaguariúna.
* The letter of intent covers up to 8 MWe of behind-the-meter power generation capacity.
* The initiative aims to provide behind-the-meter clean energy solutions for data centers.
* SOLO technology was conceptualized in 2018 and engineered over six years.
* SOLO supports both LEU+ and HALEU fuel options.
* Applications include data centers, mini-grids, industrial operations, and heat supply for processes like water treatment.
* The company anticipates global availability of SOLO technology within three years.
Executive Summary
A micro-modular nuclear reactor developer, Terra Innovatum Global N.V., has secured an agreement to deploy its SOLO micro-modular reactor platform for data center infrastructure in Latin America and Brazil. The deployment will support DIRECTV Latin America and SKY Brasil in Jaguariúna, with a letter of intent covering up to 8 MWe of behind-the-meter power generation capacity. This initiative aims to provide reliable, clean energy solutions for these data centers and serves as a proof of concept for future long-term operations within the Waiken ILW group of companies.
The SOLO technology was developed over six years, utilizing commercially available components to ensure a rapid deployment path and predictable costs. The platform is designed to be versatile, supporting both LEU+ and HALEU fuel options, positioning it for adaptation to evolving fuel supplies. The technology is designed for broad application, including data centers, mini-grids, industrial operations, and the provision of heat for processes like desalination. The agreement marks Terra Innovatum’s first announced commercial deployment in Latin America, reflecting international demand for standardized, factory-built nuclear power with enhanced safety profiles.
Full Take
The narrative constructs a pathway for advanced nuclear technology to integrate into previously non-nuclear sectors—specifically media infrastructure and data centers—by framing it as a solution for energy resilience and sustainability. The core implication is the commercial viability of standardized, factory-built modular reactors as a scalable alternative to fossil fuel thermal plants, moving beyond traditional energy debates into critical infrastructure supply chains. The focus on "behind-the-meter" solutions suggests a market preference for localized, decentralized energy independence rather than centralized grid dependency.
The strategy relies heavily on the concept of platform versatility; by claiming SOLO can serve everything from communications to mining and medical radioisotope production, the proposal attempts to neutralize sector-specific resistance by presenting a universal technological capability. This layering of applications—from electricity generation to heat provision and isotope supply—suggests an attempt to establish an inescapable foothold across mission-critical systems. The underlying pattern is the transition of high-risk energy technology into generalized infrastructure utility; the success hinges on whether the modular, standardized aspect truly translates into predictable cost reduction and regulatory acceptance across diverse international jurisdictions, or if the focus remains primarily on marketing novelty rather than systemic integration.
Bridge Questions: What specific regulatory hurdles must be overcome for technologies designed for industrial applications to gain traction in telecommunications infrastructure? How will the economic model account for the upfront capital intensity versus the promised long-term energy security benefits across disparate economies like Argentina and Brazil? What independent verification mechanisms are needed to assess the actual scalability of multi-industry deployment claims, beyond initial proof-of-concept metrics?
Sentinel — Human
The text reads like a structured press release or journalistic report summarizing a corporate partnership and technological rollout, characterized by specific details and attributed statements.