Invented by OhmFreeCEO/Physicist Morteza Safai
U.S. Patent No. 11,518,260 covers fast charging system and method for large power load applications.
Provides instantaneous massive power bursts.
Virtually eliminates astronomical demand charges by drawing power during off-peak periods.

Supercapacitors are excellent energy storage devices providing high energy density and efficiency, as well as the ability to be charged/discharged rapidly without loss of efficiency over numerous cycles.
Unlike batteries (which rely on chemical reactions), electrostatic super capacitors charge and discharge almost instantaneously.
This ability provides the critical power surge needed for AI data centers and crypto-mining centers.

AI and GPU‑dense data centers are hitting power distribution limits as rack densities climb dramatically, creating dangerous millisecond load ramps and frequent brownout risks.
Traditional copper‑based power distribution and legacy UPS systems were not designed for these transient AI surge loads or for multi‑megawatt racks, leading to wasted capacity, instability, and stranded grid power.
Our patented system not only provides instantaneous power but also offers investors a ground-floor opportunity in next-gen energy storage. We are open to venture funding to build and test prototypes, unlocking multi-billion-dollar markets in data centers.

Provides instantaneous burst power on millisecond timescales to smooth rapid AI load ramps and GPU cluster spin‑ups.

Delivers up to 10× steady‑state power for short durations, protecting servers and power electronics from transients while maintaining voltage and frequency stability.

Combines low‑loss superconducting distribution with high‑power supercapacitor energy storage to minimize I²R losses and thermal load in dense racks.
Integrates with existing UPS and power distribution units as a modular, rack‑ or row‑level surge‑power module.