3–4%
annual electricity-demand growth after a decade of slow growth
§ I · THE MISSION
Power that arrives whole.
The case begins with load, transmission, and siting. Fusion is a candidate answer.
Read the argumentLAURELIN TECHNOLOGIES INC.DOC NO. LTI-MISSION-2026-001OPEN · PUBLIC RELEASEREV 2026-07-15
§ II
THE CASE
Not a thesis about fusion.
A thesis about load, wires, and siting.
New electricity demand is concentrating in customer classes that require firm power on the schedule of the host facility. The generation resource matters. So does the path between that resource and the load.
Laurelin is pursuing a concept-stage architecture for firm power that can move through existing logistics infrastructure and sit closer to the demand it serves.
Read the public whitepaperPUBLIC WHITEPAPER · §1
The load is already moving.
Demand is accelerating after a decade of slow growth. The interconnection system is carrying far more proposed generation than its historical completion record converts into operating capacity.
≈1,300 TWh
IEA central projection for data-center electricity demand by 2035
2,289 GW
in the U.S. interconnection queue at the end of 2024
Figures and source chain: Laurelin public whitepaper. The 2,289 GW queue figure is paired there with a historical completion rate of approximately 14%.
§ III
THE CONSTRAINT
New load is arriving faster than new wires.
The public whitepaper selects for firm power sited behind the meter, on the schedule of the host facility, without a new transmission interconnect. Laurelin’s proposal remains a candidate architecture, not a claim of solved physics or a delivery date.
01
Hyperscale campuses
Data-center demand is accelerating while the selected deployment shape requires firm power behind the meter, on the host facility’s schedule.
02
Industrial process heat
Factories and industrial sites require firm, dispatchable energy—not only nameplate capacity when weather permits.
03
Remote operations
Remote industrial sites and defense installations expose the real cost of a long, repeated fuel-resupply tail.
PUBLIC WHITEPAPER · §5.4
Move the core on infrastructure that already exists.
The packaging commitment is precise: reactor-core hardware fitting within a forty-foot shipping-container envelope, with balance of plant deployed as adjacent modules. It is not a claim that the entire power plant is sealed inside one box.
ROADRAILBARGEHOST SITE
- Reactor core
- 40-foot container envelope
- Balance of plant
- Adjacent modules
- Site footprint
- Order tens of meters per side
§ IV
THE ARCHITECTURE
Four commitments compose into one proposition.
Each commitment changes the shape of the machine, its evidence ledger, and its deployment surface. The combination—not any single component—is the architectural claim.
01
Terminal fuel
²H–²H
A harder confinement problem paired with a supply chain outside another sovereign’s strategic inventory.
02
Confinement
Pulsed FRC
A compact, high-β configuration evaluated as a repeatable per-pulse machine.
03
Recovery
Direct EM
Electromagnetic recovery as the primary channel, with thermal capture as a necessary complement.
04
Envelope
Container class
Reactor-core hardware inside a forty-foot envelope; balance of plant in adjacent modules.
§ V · THE EVIDENCE STANDARD
CONCEPT STAGE
The mission includes proving it.
Laurelin’s public evidence-maturity position is explicit: concept-stage, with the non-nuclear bench evidence still to be developed. The architecture stands or falls on a public operating record.
E01
Repeat the equilibrium
Demonstrate high-duty-cycle FRC stability at the repetition rate the deployment economics require.
E02
Qualify the materials
Build a materials-qualification record against the operating neutron spectrum and service envelope.
E03
Meter the recovery
Measure protected, repeatable electrical recovery in the pulse’s native time domain—with uncertainty recorded.
THE NEXT SITE
A serious host site starts with a serious conversation.
Laurelin is speaking with prospective host sites about the loads, constraints, and operating conditions a transportable firm-power system would have to meet. Bring us the capacity, the target date, and what is known about the site.