Avalanche Energy

Avalanche Energy is a US company building small fusion machines and high-voltage components used in their development. It aims eventually to supply portable, modular power while developing neutron-testing services along the way. Its current stage is machine experimentation and component commercialization—not verified commercial fusion generation or net electricity supply.

The technology page’s 1–100 kWe range is a development objective, not measured electrical output. Technology overview A small reaction core is not the same as a small complete facility including vacuum, cooling, shielding and power supplies. Manufacturability and energy production exceeding losses require separate evidence.

The 3 W figure must not be treated as total consumption including ion sources, pumps, cooling and diagnostics. Nor should figures from different machines or conditions be combined into an apparent net-gain calculation. Insulation, particle confinement and energy accounting are separate experimental questions.

Lando’s page gives 10¹⁰ n/s as a licensed neutron yield. Lando An authorized value is not proof that the machine measured and sustained that output. Temperature, density, confinement time and actual neutron yield need matched conditions. This profile does not reconstruct calculations or uncertainties from the inaccessible full memo.

Buyers need to check interfaces, vacuum conditions, maintenance and compatibility—not voltage alone. Product availability does not establish shipment numbers, revenue or lifetime across customers. The sources reviewed did not establish that Avalanche sells HTS tape or superconducting magnets, so those are not added to its product list.

This is evidence of integrating external equipment, not net fusion electricity. Injected particles, the fraction contributing to reactions, losses and equipment life require separate assessment. Interfaces between suppliers and machine developers are an important industrial question.

Present-tense descriptions of the business should not convert scheduled capabilities into sustained customer-delivery achievements. Compare neutron energy, source rate, flux at the sample, irradiation duration and sample handling separately. Useful neutron services and net electricity generation are also different propositions.

Regional selection, factory construction, production startup and customer handover are separate milestones. An aspiration for hundreds of machines annually is not current manufacturing capacity. A Q>1 claim also needs a defined input–output boundary before it can be interpreted as net electricity at the grid connection.

Astral Systems offers another example of a neutron-first business pathway; UKAEA provides context on testing infrastructure. These are editorial comparisons, not claims of partnerships with Avalanche. Review date: 30 October 2026. No rights-cleared photograph is attached to this profile.