AI INFRASTRUCTURE POWER

More AI compute from every megawatt.

Legacy power chains strand space, capital and GPUs. Stormentum’s modular, software-controlled system merges UPS, battery and rectifier stages into one.

Our team brings leadership from top global firms

A simpler architecture.
Advantages across the power chain.

Stormentum’s modular architecture delivers a simpler, lower-cost, more efficient power system.

AI infrastructure operators
(grid-to-chip power chain)

Higher efficiency:
fewer power conversion stages
Higher GPU utilization:
less throttling during load spikes
Reclaimed gray space:
smaller power equipment footprint
Higher reliability:
modular design, simpler hardware
Woman in business attire holds a tablet while inspecting a server rack in a dimly lit data center with rows of servers.
Two men standing and looking at multiple server racks filled with computers and blue LED lights in a data center.

Server, rack and power equipment OEMs

Higher power density:
patented software-controlled multi-level architecture
Supply chain resilience:
standard rather than exotic components
what we built

One platform, from grid to GPU

Stormentum’s patented high- and low-voltage power electronics deliver denser, more efficient power, while distributed controls put more of every megawatt to work.

Diagram showing power sources feeding into the Stormentum platform: Grid, Generator, and Storage icons lead to high-voltage power electronics box converting power for the facility, then to low-voltage power electronics box delivering dense power at the GPU rack, with a note on distributed controls providing one software layer across both electronics.Diagram showing power sources—Grid, Generator, and Storage—feeding into a Stormentum platform with two layers: High-voltage power electronics that convert and manage power and storage for the facility, and Low-voltage power electronics delivering efficient power at the rack; both use distributed controls and common modular power cells, leading to a GPU in the compute section.
More compute per megawatt
Today’s AC to 800 VDC
One control layer, grid to GPU

Multi-market relevance

The same core architecture extends across the AC and 800-volt datacenter power chain, EV infrastructure, and microgrid markets — no re-architecting required. Modular architecture is highly scalable.

Modern data center power room with large generator on the left and control panels and electrical cabinets in the center and right, illuminated by ceiling lights with exposed piping and cable trays overhead.
Power Room
Large battery rack with multiple black battery units stacked in a clean, data center room with overhead pipes and cables.
Rack Power
Close-up of a GPU chip mounted on a futuristic white circuit board with intricate circuitry and electronic components.
On-Board Power
Open white shipping container housing a battery storage system with multiple battery racks and connected wiring, located outdoors on a gravel surface with solar panels in the background.
Microgrid
Row of modern electric vehicle charging stations with cables hanging, situated on a paved lot with empty parking spaces and trucks in the background under a partly cloudy sky with sunlight.
EV Charging

Partner-led
go-to-market

Stormentum commercializes through OEMs, integrators, and channel operators who already own deployment infrastructure and customer relationships — supercharging their offerings. Partners in data centers, storage, residential and EV charging can benefit from Stormentum’s platform.

Leadership

The team building it

portrait photo of George Holmes
George Holmes
Chairman & CEO

40+ years of executive leadership across technology, wireless and energy. Former Chairman & CEO of Resonant (guided to market leadership and acquisition by Murata). Built ventures generating $3.5B+ in shareholder value. Senior roles at Tigo Energy, Energous, SolarBridge; board member of Luventix and Vetabolics.

George Holmes on LinkedIn
LinkedIn Profile
portrait photo of Ryan Kroeze
Ryan Kroeze
CTO

18+ years in clean tech automotive, residential energy, and industrial energy. Former SVP of R&D at SPAN. Former engineering leader at Tesla in powertrain controls, electrical system modeling, systems architecture, and vehicle safety. Specializes in optimizing hardware technology with novel control.

Ryan Kroeze on LinkedIn
LinkedIn Profile
portrait photo of John Kapla
John Kapla
SVP Product

20+ years leading product and engineering for premium hardware, from concept through manufacturing and launch. Former VP of Product & Global Operations at Poppin. Former Director of Product Management at SunPower, leading product strategy and mechanical engineering. Inventor of 39 patents across energy, automotive, robotics, and consumer products.

John Kapla on LinkedIn
LinkedIn Profile
portrait photo of Lindy Werges
Lindy Werges
VP Business operations
Finance & Human Capital

35+ years in executive search, recruiting, and corporate finance. Founding recruiter at Stormentum, building the talent function from the ground up. Former Principal Recruiter, Executive Search at Riot Games. Founded Integritas Resources, placing leaders across semiconductors, SaaS, and MedTech. 2019 LA County Woman of the Year; board member, Fulfillment Fund.

John Kapla on LinkedIn
LinkedIn Profile
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Your next steps

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For investors

Invest in the new architecture of power

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of power with us