The AI-Energy Nexus: A New Alliance Forges America's Digital Future

EXCELSIOR, MN – July 02, 2026 – In a move that signals a critical shift in how America will power its artificial intelligence ambitions, U.S.-based CleanAmps Holdings Inc. and investment firm Excelsior Energy Capital have expanded a strategic collaboration aimed squarely at the single biggest bottleneck facing the AI industry: energy. The two companies are accelerating the deployment of a U.S.-owned digital infrastructure platform, a direct response to the escalating demand for reliable computing capacity and the resilient power grids needed to support it.

The announcement formalizes an evolution in infrastructure strategy, moving beyond the traditional model of building data centers and then sourcing power. Instead, this partnership aims to create an integrated solution from the ground up, combining modular data centers, low-carbon firm power, and advanced control systems into a single, rapidly deployable package. It’s a recognition of a stark reality: the future of AI is inextricably linked to the future of energy.

AI's Unquenchable Thirst for Power

The collaboration arrives as the digital world confronts a looming power crisis, driven almost entirely by the explosive growth of artificial intelligence. Industry analyses paint a staggering picture of future demand. According to research from Goldman Sachs, data center power demand is projected to soar by 160% by 2030, with AI workloads being the primary catalyst. By the end of the decade, data centers could consume between 8-12% of total U.S. electricity, a dramatic leap from today's 3-4%.

This insatiable appetite for energy is straining electrical grids and challenging the scalability of AI itself. "For AI to scale, compute infrastructure and energy infrastructure can no longer be developed independently," said Breck Boven, Chief Technical Officer of CleanAmps, in a statement. This sentiment reflects a growing consensus among technologists and energy experts. The very architecture of the digital economy is being re-evaluated to accommodate the unique power density and uptime requirements of AI clusters.

The partnership between CleanAmps and Excelsior is built on a foundation of more than three years of joint work on utility-scale energy projects. This includes over 3 GWh of Battery Energy Storage System (BESS) integration and more than 10 GWh of strategic battery procurement, demonstrating a proven track record in the complex world of modern energy infrastructure.

A New Blueprint for Digital Infrastructure

At the heart of the initiative is what CleanAmps calls its "U.S-owned Digital Infrastructure Platform." The vision is to fuse CleanAmps' expertise in control technology, system engineering, and digital twin platforms with Excelsior's formidable investment power and experience in deploying large-scale renewable energy assets.

The platform's design integrates several key components. Modular data center architecture allows for faster construction and scaling compared to traditional monolithic facilities. This is coupled with "firm power integration"—a system designed to provide consistent, reliable electricity by combining renewable sources with battery storage to ensure 24/7 availability. Tying it all together are high-availability controls and industrial-grade cybersecurity, essential for managing mission-critical AI workloads.

"Our experience across utility-scale energy storage, advanced controls, and infrastructure operations has positioned us to bridge that gap," Boven explained. He emphasized the goal of creating "a single integrated solution" that combines resilient power with modular compute.

This integrated approach is becoming a competitive necessity. Other major players are making similar moves, such as the multi-billion dollar partnership between Bloom Energy and Brookfield to finance and build comprehensive AI factory solutions. The race is on to provide not just chips or cloud access, but a complete, power-optimized ecosystem for AI development and deployment.

Securing America's Digital Supply Chain

A crucial element of the CleanAmps-Excelsior strategy is its explicit focus on a "U.S.-owned" platform. This angle taps into a powerful current of national and economic security concerns surrounding critical technology supply chains. By prioritizing domestic ownership and control, the initiative aims to mitigate geopolitical risks and bolster the U.S. competitive position in the global AI race.

The press release highlights the use of FEOC-compliant (Foreign Entity of Concern) and Section 45X-eligible battery storage solutions. These designations are tied to U.S. policy incentives designed to foster domestic manufacturing and secure energy supply chains. This strategy is validated by Excelsior's past actions; the firm previously announced a 2.2 GWh BESS agreement with Fluence Energy that specified the use of battery cells manufactured in Tennessee and modules assembled in Utah.

This commitment to a domestic supply chain provides a significant competitive advantage. As governments and enterprises become more sensitive to the origin and security of their digital infrastructure, a platform built with trusted, U.S.-centric components becomes an increasingly attractive proposition. It transforms the infrastructure from a simple utility into a strategic national asset.

Following the Money: Infrastructure's Next Frontier

For Excelsior Energy Capital, a leading infrastructure investor with over $1.5 billion in equity capital under management, this expanded collaboration represents a significant strategic bet. With its second fund recently closing at over $1 billion, the firm is well-capitalized to pursue large-scale opportunities in the energy transition. This move signals that the intersection of power and compute is viewed as the next major frontier for infrastructure investment.

"We believe the next wave of infrastructure investment will increasingly focus on the intersection of power and compute," noted Ryan Fegley, a Partner at Excelsior. His statement underscores a market-wide shift as investors recognize that the trillions of dollars flowing into AI will be stranded without a corresponding investment in the power systems to support it.

"Over the past three years, CleanAmps has demonstrated exceptional capabilities in engineering, controls integration, energy storage deployment, and infrastructure innovation," Fegley added, highlighting the confidence built through their prior successful ventures.

By combining technical innovation with substantial financial backing, the partnership is positioned to address what may be the most fundamental challenge of the AI era. The expanded collaboration reflects both organizations' commitment to supporting North America's evolving energy and digital infrastructure landscape through innovative technology platforms that combine advanced computing, resilient power systems, and secure operational controls.