Investment Considerations
- The company has completed a strategic transformation into a pure-play fusion energy platform anchored by a wholly owned operating subsidiary and a clear long-term commercialization objective.
- Kepler’s Texatron™ system is engineered from inception for deployable, infrastructure-grade use rather than laboratory experimentation.
- A Power-as-a-Service commercial model is intended to support recurring, contracted revenue aligned with infrastructure financing principles.
- A broad and expanding intellectual property portfolio underpins technology defensibility and long-duration platform value.
- Rising U.S. baseload electricity demand, particularly from commercial and industrial users, creates a structural backdrop for alternative non-intermittent energy solutions.
Renewal Fuels Inc. (OTC: RNWF) (d/b/a American Fusion) is an advanced energy platform company focused on building a scalable, infrastructure-grade fusion energy business through its wholly owned subsidiary, Kepler Fusion Technologies. Following a completed reverse merger with Kepler, the company has repositioned itself around the development and long-term commercialization of deployable fusion power systems designed for real-world industrial and infrastructure use rather than experimental research programs.
The company’s strategy centers on pairing proprietary fusion technology with disciplined governance, intellectual property development, and a public-company operating framework intended to support long-duration value creation. Management has emphasized transparency, regulatory readiness, and institutional credibility as foundational elements alongside continued technical progress.
Renewal Fuels is in the process of transitioning its public identity to American Fusion to reflect its strategic focus on advanced fusion energy infrastructure and commercialization.
The company is based in Southlake, Texas.
Kepler Texatron™
Through wholly owned subsidiary, Kepler Fusion Technologies, the company is developing the Texatron™ aneutronic fusion platform, a compact, pulsed fusion system engineered specifically for commercial and infrastructure-grade deployment. Unlike steady-state fusion concepts that prioritize laboratory demonstration, the Texatron™ operates in controlled cycles designed to support modular scalability, redundancy, and distributed installation across multiple end markets.
The platform is optimized around a Deuterium–Helium-3 fuel pathway that enables direct electrical energy conversion, reducing reliance on traditional steam cycles and minimizing neutron-related material degradation. This design supports a smaller physical footprint and greater flexibility for deployment in grid-constrained or mission-critical environments such as data centers, industrial facilities, defense installations, and remote locations.
Kepler’s commercialization model is structured around a Power-as-a-Service approach under which the company intends to retain ownership of its fusion units and sell electricity to customers under long-term contractual arrangements. This infrastructure-oriented model is designed to align system deployment with predictable, recurring revenue while allowing for fleet-based scaling over time. The platform is supported by a broad and expanding intellectual property estate encompassing reactor architecture, energy conversion systems, control technologies, manufacturing processes, and deployment methodologies.
Market Opportunity
U.S. electricity demand has re-entered a period of sustained growth following nearly two decades of relative stagnation, according to data from the U.S. Energy Information Administration. After years in which efficiency gains and structural economic shifts largely offset population and economic growth, electricity consumption has increased meaningfully since 2020 and is forecast to continue rising through at least the middle of the decade.
Recent and projected growth is being driven primarily by the commercial and industrial sectors, with data centers, advanced manufacturing, and other power-intensive operations accounting for a disproportionate share of incremental demand. These segments tend to require continuous, non-intermittent electricity supply, placing increased pressure on existing generation and transmission infrastructure.
This shift underscores a growing need for reliable baseload power sources that can be deployed without extensive new transmission build-out and that align with emissions-reduction objectives. Fusion-based energy systems designed for distributed, infrastructure-grade deployment represent a potential long-term solution for meeting rising demand in environments where reliability, resilience, and scalability are critical.
Leadership Team
Richard Hawkins, Chairman and Chief Executive Officer, has overseen the company’s strategic reset, corporate restructuring, and transition toward an advanced fusion energy platform, with responsibility for governance, capital markets strategy, and long-term corporate development.
Brent Nelson, Chief Executive Officer of Kepler Fusion Technologies, brings extensive experience in energy systems and commercialization strategy and leads the development, validation, and deployment roadmap for the Texatron™ fusion platform, as well as Kepler’s intellectual property and operating model.
