As electricity demand accelerates across Latin America’s digital economy, Terra Innovatum’s proposed deployment of SOLO microreactors for DIRECTV Latin America and SKY Brasil highlights how behind-the-meter nuclear power could reshape energy strategies for mission-critical data centres and broadcasting infrastructure.
Reliable electricity has rapidly become one of the defining competitive advantages for digital infrastructure. Across Latin America, operators are expanding data centres, cloud facilities and broadcasting platforms while facing rising electricity demand, constrained grids and growing sustainability targets. Against that backdrop, the prospect of deploying nuclear microreactors directly at mission-critical facilities has moved beyond theory and into early commercial planning.
Terra Innovatum Global’s latest agreement with Waiken ILW represents one of the region’s most ambitious attempts to bring behind-the-meter nuclear power to digital infrastructure. While still subject to a Letter of Intent rather than a final deployment contract, the proposal illustrates how energy strategy is becoming inseparable from technology infrastructure planning.
The agreement would initially support DIRECTV Latin America and SKY Brasil broadcasting data centres in Argentina and Brazil using Terra Innovatum’s SOLO micro-modular reactor platform.
A different approach to data centre power
Unlike traditional utility-scale nuclear power stations, Terra Innovatum is promoting a factory-built microreactor designed for deployment wherever reliable electricity is required. Rather than relying entirely on national electricity grids, organisations could generate power directly on-site, reducing dependence on external infrastructure.
The initial Letter of Intent covers up to 8 MWe of behind-the-meter generating capacity across selected Waiken ILW facilities.
Although considerably smaller than conventional nuclear generating stations, microreactors are increasingly being viewed as potential solutions for applications where continuous power availability is more important than sheer generating scale.
Broadcasting infrastructure represents an obvious candidate.
Television distribution, satellite communications, cloud platforms and streaming operations cannot tolerate prolonged outages. Every interruption risks disrupting services used by millions of customers while creating significant financial and reputational costs.
As digital infrastructure becomes more distributed across Latin America, operators are seeking resilient energy strategies capable of operating independently from regional grid instability.
Beyond Artificial Intelligence
Much of today’s discussion around nuclear power has centred on artificial intelligence data centres, whose rapidly increasing electricity requirements have attracted enormous investment from hyperscale cloud providers.
Terra Innovatum is taking a broader view.
Rather than targeting AI alone, the company believes broadcasting, telecommunications, financial services, healthcare and industrial operations could all benefit from small-scale nuclear generation located directly alongside critical infrastructure.
“This initiative aims to provide reliable, behind-the-meter clean energy solutions for Waiken ILW’s datacenters while serving as a proof of concept for other long-term, energy-intensive operations,” said Alessandro Petruzzi, Co-Founder and CEO, Terra Innovatum Global.
He added that the agreement demonstrated commercial opportunities extending beyond AI facilities into wider critical infrastructure markets.
That positioning reflects a significant shift in the conversation surrounding digital infrastructure.
Only a few years ago, nuclear energy rarely featured in discussions about enterprise technology. Today, it is increasingly appearing alongside renewable energy, battery storage and gas generation as organisations seek dependable electricity supplies capable of supporting Digital Transformation initiatives.
Why Latin America matters
Latin America presents a unique environment for alternative energy deployment.
The region has experienced sustained investment in fibre networks, hyperscale cloud regions, submarine cable systems and edge computing facilities.
Countries including Brazil, Argentina, Chile, Colombia and Mexico continue expanding digital infrastructure while simultaneously pursuing decarbonisation goals.
Yet electricity supply remains uneven.
Some markets benefit from extensive hydroelectric generation while others experience periodic shortages, transmission constraints or rapidly increasing demand from industrial expansion.
For operators responsible for mission-critical infrastructure, maintaining uninterrupted service often requires multiple layers of redundancy.
Behind-the-meter generation offers one potential solution by allowing facilities to remain operational regardless of wider grid conditions.
For Waiken ILW, whose portfolio spans technology, media, connectivity, content distribution and insurance across numerous Latin American markets, dependable energy represents a strategic business requirement rather than simply an operational cost.
Carlos Magariños, Chief Global and Regulatory Strategy, Waiken ILW, described the partnership as part of a longer-term energy strategy supporting innovation and sustainability across the organisation.
He said the collaboration would strengthen infrastructure by providing reliable clean energy for DIRECTV Latin America and SKY Brasil broadcasting data centres while supporting a more resilient energy future across the region.
For data centres, broadcasting facilities and telecommunications networks, uninterrupted electricity can be as valuable as additional computing capacity.
Scaling beyond broadcasting
Although the initial deployment focuses on broadcasting data centres, Terra Innovatum views the project as a gateway to considerably larger opportunities.
Giordano Morichi, Founding Partner, Chief Business Development Officer and Director of Investor Relations, Terra Innovatum Global, said the agreement demonstrated both the versatility of SOLO and the strength of the company’s international supply chain.
Rather than designing a reactor for one specific industry, Terra Innovatum has developed a platform intended for multiple sectors.
Potential applications include cloud infrastructure, telecommunications, financial institutions, hospitals, industrial manufacturing, mining operations, oil and gas facilities and other organisations where uninterrupted electricity is essential.
The modular design also allows installations to expand incrementally as demand grows.
Instead of constructing one enormous power station, operators could deploy additional reactor modules over time to match increasing electricity requirements.
That flexibility could prove particularly attractive for rapidly growing digital infrastructure projects whose future energy demands remain uncertain.
Engineering for deployment
According to Terra Innovatum, SOLO has been under development since 2018 and has been engineered over six years by specialists in nuclear safety, licensing and research.
The company says the reactor is built using commercially available components, reducing supply chain complexity while improving manufacturing predictability.
The platform is also designed to accommodate evolving nuclear fuel options, supporting both LEU+ and HALEU fuel pathways.
Standardised manufacturing has become a central objective across the emerging small modular reactor industry.
Rather than constructing every nuclear facility individually on-site, developers hope factory production will reduce costs, improve quality control and accelerate deployment schedules.
If successful, that manufacturing approach could help smaller nuclear systems compete with conventional generation technologies serving industrial users and digital infrastructure operators.
The road ahead
Despite growing enthusiasm surrounding microreactors, commercial deployment remains at an early stage worldwide.
Projects must still navigate regulatory approvals, licensing requirements, financing arrangements, public acceptance and lengthy engineering programmes before electricity begins flowing.
The Waiken ILW announcement therefore represents an important commercial milestone rather than an operational deployment.
Nevertheless, its significance extends beyond the companies involved.
Energy availability is rapidly becoming one of the biggest constraints on Digital Transformation.
Artificial intelligence, cloud computing, media streaming, telecommunications and advanced manufacturing are all increasing electricity consumption faster than many national grids can expand.
As organisations search for dependable low-carbon power, technologies once regarded as highly specialised are entering mainstream infrastructure planning.
For Latin America, where Digital Transformation continues accelerating across multiple sectors, microreactors could eventually become one component of a broader energy portfolio alongside renewables, battery storage, natural gas and conventional grid electricity.
Whether Terra Innovatum ultimately delivers the region’s first commercial microreactor deployment remains to be seen.
However, the agreement signals that conversations surrounding data centre expansion are no longer focused solely on servers, storage and connectivity.
Increasingly, they begin with a far more fundamental question: where will the power come from?
