About

Infroton Fusion Inc., building on the groundbreaking successful fusion experiments of the National Ignition Facility (USA) and its own innovative patents, has developed a unique technology: the whispering gallery mode laser-driven spin-polarized magnetic inertial fusion system with directed particle emission. This technology operates with cheap and easily obtainable deuterium fuel and, supported by experimental evidence, is proven capable of stable, sustainable, and cost-effective energy production. Infroton aims to manufacture 1,000 portable 30 (+2) MWe power plants annually in the United States and Europe starting from 2030, capable of producing energy at a cost of $6.5/MWh. These power plants will be marketed at $120 million each, primarily serving global partners seeking independence from large distribution networks.

Clean, sustainable fusion energy everywhere, for everyone.

To protect our planet and humanity with Infroton fusion energy.

We have the technology and have validated the functionality of our patented inventions through successful laboratory experiments.

The INFROTON® project team is composed of esteemed scientists working on whispering gallery mode fusion. Their leader is PhD András Pungor, an experienced expert residing in the United States. His work is supported not only by the team but also by scientists from General Atomics (US) and the Wigner Research Centre for Physics (HU).

USA 320 Post Road, Suite 150 Darien, CT 06820
Hungary (EU): Infroton Fusion Hungary Kft, Wigner Research Centre, 1121 Budapest

2024

Whispering gallery mode laser-driven spin-polarized magnetic inertial fusion with directed particle emission

30+2 MWe fusion power plant module
1,000 modules/year x 30 MWe x 97% = 250 million MWh/year = 0.25 PWh electricity

EU: 3 PWh
US: 4 PWh
Global: 30 PWh

US: 1
EU: 10

Wigner Physical Research Centre (HU)

General Atomics (US)

Deuterium

Lead-cooled small reactor converting thermal energy directly into electricity

2023-2025: Preparation of the 30+2 MWe DEMO power plant concept design, experimental validation of the technology.

2025-2028: Design, licensing, construction, commissioning, and testing of the 30+2 MWe DEMO power plant (funding: $200 million equity investment)

2028-2031: The company can enter the market and begin reactor manufacturing and commercialization using advance payments from PPA contracts.

2032: Commercial sale of 1,000 units/year of reactors, generating $120 billion in revenue ($80 billion EBITDA)

2025 Valuation (Based on Patents and Benchmarking): Infroton Inc. is valued at $5 billion in 2025, based on projected EBITDA and comparative analysis with industry peers such as Helion Energy Inc. and TAE Technologies. This valuation reflects the strategic importance and commercial potential of the company's patented technologies in clean energy generation.

2032 Future Valuation Projections: $4 trillion, based on a 50x EBITDA multiple applied to a projected $80 billion EBITDA.