ENDLESS ENERGY · LENR · BUILT IN INDIA
A high-impact LENR module — endless energy, in a unit small enough to live at the edge of the grid.
01 · Science
Lattice physics, not legacy fission.
Solid-state nuclear interactions at the metallic-lattice scale — no critical mass, no long-lived waste, no high-temperature plasma. The whole safety case follows from the physics, not from the procedure manual.
02 · Engineering
Reactor as a piece of equipment.
A module sized like laboratory hardware — single-room install, hot-swappable cartridges, manufacturable inside the group's existing works. The reactor fits the building, not the other way around.
03 · Edge
Power where the grid ends.
Distributed clean baseload for industrial sites, campuses and remote communities. Independent of central transmission, unaffected by fuel imports — and continuous, the way real operations need it.
Positioning
A first-of-its-kind micro low-energy reactor.
Lumonn is a clean-energy venture developing the world's first micro low-energy nuclear reactor — reshaping how clean power is generated, distributed and owned at the edge of the grid.
Approach
Lumonn is the group's most ambitious bet — a research-stage clean-energy company building a Low Energy Nuclear Reactor (LENR) module the size of a piece of laboratory equipment. The thesis is direct: the world does not need another grid-scale plant five decades out; it needs a unit small enough to be installed inside an existing facility, modular enough to be replicated, and safe enough to live next to the people it powers. LENR is the physics that lets that be true.
Where conventional fission needs vast containment and conventional fusion needs the temperatures of the sun, LENR sits at the lattice scale — heat liberated from solid-state nuclear interactions inside a hydrogen-loaded transition-metal stack, at temperatures and pressures the engineering profession already knows how to build for. The science has matured quietly across NASA, ENG-Italy, Mitsubishi, and a small set of Indian and European labs. Lumonn's bet is that India is the right place to commercialise it: sovereign manufacturing depth, high industrial energy demand, a regulatory environment ready for a new category, and a customer base that needs distributed clean baseload now, not in 2050.
We are honest about the scale of the challenge. Reactor companies are written about long before they ship — Lumonn's commitment is the opposite. We are heads-down on the engineering, the materials, and the licensing pathway, and we will speak publicly only when the first module's output is independently measured. Until then, the company is a tight team of physicists, materials engineers, regulatory specialists and manufacturing veterans, working out of a research facility in India, supported by the rest of the group's metal and electronics depth. Endless energy is not a slogan for us. It is a calibration target.
“Endless energy. The future is today.”
Capabilities
What Lumonn does.
- 01
LENR core
A solid-state Low Energy Nuclear Reactor module built on metallic-lattice physics — high specific power, zero combustion, no long-lived nuclear waste.
- 02
Module form factor
A reactor sized like a piece of laboratory equipment, not a power station. Single-room install, hot-swappable cartridges, designed for distributed deployment.
- 03
Edge-grid power
Continuous heat and electrical output for industrial sites, campuses, data halls and remote communities — independent of the central grid, unaffected by tariff cycles.
- 04
Inherent safety
No critical mass, no runaway pathway, no high-pressure containment. The safety case is structural, not procedural — the device cannot fail open.
- 05
Material science
Lattice engineering, hydrogen loading, transition-metal stack design — the physics that turns the brand-book promise of "endless energy" into a controlled, repeatable thermal output.
- 06
Pilot programme
First-of-a-kind sites under design with industrial partners. Targeted commissioning toward the end of the decade; the public release waits on data, not press.
What endless means here
Six commitments of the programme.
Lumonn is a frontier company. These commitments are the contract — what we hold to before there is a product, during the engineering build, and after the first independently-measured module ships. They are how we earn the right to use the word "endless" without inverted commas.
- 01
Data before press
We do not announce performance. We commission third-party measurement and publish the report — and only then do we speak in public.
- 02
Inherent safety
The safety case is structural, not procedural. The device's failure modes are bounded by physics, not by an operator following a checklist.
- 03
Sovereign supply
Materials, electronics, lattice substrates and assembly inside the country. No foreign dependencies on the critical path of a strategic energy programme.
- 04
Modular by design
Power scales by adding modules, not by building a bigger plant. Pilot sites compose into industrial-scale capacity without redesigning the unit.
- 05
No-waste cycle
Spent cartridges are recoverable, not radioactive in any conventional sense. End-of-life is recycling, not geological storage.
- 06
Long-horizon team
Physicists, materials engineers, licensing veterans and manufacturing leads — hired for the decade, not the funding round. The roster grows with the programme, not with the news cycle.
Direct
For specifications, partnership enquiries, or to commission a project — write to us.
hello@hemcogroup.com