Renewable origin
Charge at generation
Renewable electricity drives the electrochemical separation of NaNO₂ into stored sodium and nitrogen dioxide.
The SuperFuel network
Energy that moves.
Material that returns.
A distributed, closed-loop architecture for connecting abundant generation with continuous power demand across distance and time.
Charge at generationTransport stored energyDischarge near demand
Distributed-system concept · transport and containment require validation
Scroll to exploreClosed-loop energy system
Energy moves.
The material returns.
The same material inventory can link two places: charge where electricity is abundant, discharge near continuous demand, then return the combined material to begin again.
Swipe through the four-stage cycle
Stored energy in motion
Transport the material
In a distributed configuration, charged-state reagents can move through purpose-designed storage and transport systems.
Power near demand
Discharge near demand
Sodium and nitrogen dioxide recombine through the planar cells, returning electrical power and sodium nitrite.
Combined state returns
Return and recharge
The resulting sodium nitrite remains in the material inventory and can return to renewable generation for another cycle.
Forward: stored chemical energy to demand · Return: combined NaNO₂ to renewable generation
Distributed-system concept. Transport mode, containment, storage location, return logistics, thermal management and balance of plant require application-specific engineering and validation.
The Infinite Well
Persistent energy.
Continuously
replenished.
An energy reserve supplied by circulation—not limited to a single onsite charge.
Your site draws from a managed inventory of charged SuperFuel, delivered through the Veridian network.
Continuous compute
Power for data centers,
delivered as infrastructure.
Data centers need high-availability power, predictable capacity growth, and resilience beyond a single grid connection. A SuperFuel network could pair onsite discharge systems with replenished material inventory to support continuous compute where generation and demand are geographically separated.
- 01Firm power delivered near the compute load
- 02Storage duration expanded through material inventory
- 03Reduced dependence on one local generation profile
- 04Closed-loop material return instead of one-way consumption
Conceptual application. Site design, redundancy, transport cadence, interconnection, safety systems, and performance require project-specific engineering and validation.
Explore data center power