Unlocking Thermodynamic Arbitrage: Autonomous, signature-free tactical power harvested passively from the ultra-cold sink of deep space.
01 // THE LOGISTICAL TETHER
Persistent off-grid power is the Achilles' heel of modern forward operations. Conventional solutions introduce severe dependencies and fatal stealth compromises.
02 // SOLID-STATE GENERATION
A completely passive, 100% solid-state generator. We sever the logistical tether by exploiting thermodynamic differentials between Earth and space.
No exhaust. Complete thermal invisibility.
Absolute silence for stealth sensor nodes.
No maintenance. Infinite operational lifespan.
The precise infrared frequency range that passes through Earth's atmosphere without absorption, allowing direct thermal coupling to the 3 Kelvin vacuum of deep space.
03 // DEEP TECH MOAT & SCALABILITY
Commercial viability hinges on exceeding the limits of standard paints and metals. Our IP roadmap targets Photonic Metamaterials to maximize radiative power density.
Basic aluminium with high-emissivity paints. Susceptible to parasitic daytime solar heat gain. Limits system to night-time only.
Engineered micro-structures (e.g., PDMS/SiO2 on Silver). Reflects 97% of solar irradiance while simultaneously emitting heavily in the 8-13μm window.
> ENABLES SUB-AMBIENT DAYTIME COOLING.
04 // MECHANISM & SIMULATION
Panels shed heat into space, dropping panel temperature below ambient.
Bi₂Te₃ modules convert the ΔT directly into raw electrical voltage.
LTC3108 transforms unstable millivolts into stable 3.3V-5V tactical power.
05 // HARDWARE DATA LOG
The historical barrier to RSC is ultra-low voltage. Our hardware prototype proves the capability to boost minimal thermal inputs to functional tactical power.
06 // 24-HOUR PERSISTENCE
Solar arrays fail at night and degrade under extreme daytime heat. RSC panels fail during the day due to solar absorption.
Our architecture combines them.
RSC metamaterials are integrated beneath/alongside Solar PV. They reject excess heat into space, cooling the PV array by 5-10°C. This physically increases Solar conversion efficiency by ~3-5% while charging tactical batteries.
Solar ceases. RSC takes over, cooling massively below ambient air. TEGs activate, providing persistent base-load power to sensors and trickle-charging batteries. Zero downtime.
07 // 10-YEAR OPEX ARBITRAGE
Defense and remote sector procurement is driven by total lifecycle costs. While solid-state technology has higher CAPEX, it virtually eliminates OPEX.
08 // TACTICAL USE CASES
09 // R&D FINANCIALS
Budget profile proves a project focused entirely on IP generation and overcoming core technical uncertainties (modelling, custom PCB layouts), rather than basic hardware procurement.
10 // EXECUTION TIMELINE
Seeking Strategic Partners and Early-Stage Investment to execute Phase 2 hardware development and Phase 3 commercial deployment.
Lead Researcher & Engineer