The world's first solid-state generator utilizing E×B drift control for high-efficiency isotopic decay conversion.
Milliwatt-to-Watt class power for medical implants and remote sensors. Replacing chemical batteries with a 10+ year "install and forget" lifecycle.
High-performance generators (100W – 1kW). Vibration-free, solid-state reliability superior to mechanical Stirling engines for critical missions.
Grid-scale architecture utilizing spent nuclear fuel as a thermal and ionization source. Transforming a liability into a clean energy asset via MHD conversion.
TorrideX utilizes a proprietary Crossed-Field (E×B) topology to steer charged particles, drastically reducing recombination losses and enabling multi-mode energy extraction.
Radioisotope-induced non-equilibrium plasma within a sealed toroidal chamber. No combustion, no moving parts.
Magnetic fields perpendicular to electric fields steer ions into spiral trajectories, suppressing recombination.
Energy is harvested via direct electrostatic collection (High V) and inductive/capacitive coupling (sealed operation).
| Power Output (Per Module) | 10 W — 3000+ W (Scalable) |
|---|---|
| Operational Lifespan | 20-30+ Years (Isotope dependent) |
| Output Voltage | 12V / 24V / 48V DC (Configurable) |
| Scalability | Modular Stacking (Sensors / Space / Grid) |
| Noise / Vibration | 0 dB / 0 mm/s (Solid State) |
| Operating Temperature | -60°C to +120°C |
The isotope source is encapsulated within a layered containment system designed to prioritize structural integrity.
Engineered housing blocks internal alpha/beta emissions, converting high-energy particles into useful charge carriers.
Developed with a focus on compliance frameworks (NRC/IAEA standards). Full traceability and lifecycle management.
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