The Full Stack is a behind-the-meter power-and-cooling system for AI data centers. Generate and use your own power on-site, skip the interconnection queue, and keep the project moving while the field waits on the grid. Patent-pending IP — available to acquire or license, deployed with your own EPC and suppliers.
Start a Conversation Or read the white paper →The economics of powering AI are changing fast, and the playbook that worked last year is quietly failing. The bottleneck isn’t chips or capital anymore — it’s power that can actually be permitted, built, and energized. Doing the same thing faster won’t clear these walls.
Large new loads wait years in utility interconnection queues before they can connect and energize.
The cost of grid upgrades is shifting onto the load that triggers it — a nine-figure line item headed for your own books.
Conventional cooling consumes heavy volumes of water, drawing permitting risk, community opposition, and litigation.
AI training loads swing hard. Pushed onto the grid, they stress local transformers and invite regulatory friction.
Traditional infrastructure was judged on cost: CAPEX, then OPEX, then LCOE. AI infrastructure is judged on speed:
Time-to-Power → Time-to-Compute → Time-to-Revenue
Reliability protects the revenue. Energy cost finishes last. The logic is one line: one month of earlier compute is worth more than years of cheaper power. The Full Stack is engineered to win on speed — permitted, energized capacity on schedule.
The Full Stack lets a data center generate and use its own power on-site, behind the meter, with the grid kept as an ordinary backup connection. It absorbs the volatility of AI compute internally, cools with zero consumptive water, and is engineered to clear local review — delivered as a standardized block of approximately 5 MW of critical IT load, tiled to a site of any size.
Vermont Clean Power Brokers does not build, own, or operate. You deploy it with your own EPC and supply relationships; we transfer the method and the know-how to run it.
The components are commercially available. The value is how they are sized and orchestrated to work as one system — a proprietary, patent-pending method. The architecture is shared under NDA in a controlled technical exchange; the sizing and dispatch relationships themselves transfer at term sheet. We don’t post the how.
Own the IP portfolio outright. Control the roadmap and the full market, capture 100% of the value you build on it, and hold it as a clean, one-time transaction.
Deploy under license using your own EPC and supply relationships — vendor-agnostic by design. Lower up-front commitment, scaling block by block across a pipeline.
Both paths are real and presented on equal footing. Specific terms are set under NDA, matched to the scale and shape of your program.
Generate power on-site, behind the meter. No generation-interconnection application, no multi-year wait.
You don’t trigger the grid upgrades that are increasingly billed to the load that causes them.
A sealed loop rejects heat to the air. Nothing to withdraw, nothing to discharge, nothing to litigate. The answer to every community water question is: none.
The volatility of AI compute stays inside the facility. The utility sees a calm, predictable load.
Quiet, water-safe, lower-emission, engineered to clear local review — built to earn the permit, not dodge it.
A standardized ~5 MW block, tiled to any site. A repeatable design a builder can field across a pipeline, not a one-off every time.
There is serious debate, bordering on argument, that the AI buildout is overbuilt — that the models are inefficient, that capital has been substituted for engineering discipline, and that a correction is coming. We don’t need you to reject that argument. The Full Stack is built to survive it.
The Full Stack sells speed into a land rush. Time-to-power is the binding constraint, capacity carries a premium, and the architecture that skips the interconnection queue wins on schedule.
Capital gets disciplined. It stops funding speculative gigasites and starts asking the only question that survives a correction: can this actually be permitted, energized, and delivered? That is precisely the question the Full Stack is engineered to answer.
Models will get more efficient — they should. Chips will change. Architectures will be replaced. The advantage the Full Stack holds and will retain is that every one of them still requires electrons delivered, heat rejected, and a permit signed. In short: the Full Stack powers any model, and the power does not care about the algorithm.
And the precedent isn’t hypothetical. Every efficiency gain in the history of computing has produced more computing, not less demand for power — the Jevons paradox, first observed in coal in 1865. An adjacent market makes the same point: when solar modules became dramatically more efficient, the racking and siting businesses didn’t shrink. The market grew faster than the efficiency gain. The Full Stack is more than just the smart play — it’s the longevity play.
U.S. Provisional Ser. 64/029,433 — “Integrating Power, Thermal Storage, and Closed-Loop Cooling Behind-the-Meter” — filed April 4, 2026. Priority date established.
The architecture and cooling topology have been independently reviewed and endorsed by a licensed professional engineer — a Cornell-trained mechanical engineer with decades in clean energy.
The facility and integrated-system design documents structural loading for high-density GPU racks, the power-density roadmap, the zero-water cooling chain, Tier III-equivalent reliability targets, and every building-to-system connection — ready for technical due diligence.
Led by Bob Lewis — 21 years in clean energy, 35 in business. Built groSolar’s residential division to $30M in revenue (acquired by SolarCity) and opened the eastern U.S. market as a regional leader at SolarEdge.
Stated with discipline. The Full Stack is offered as specified, patent-pending intellectual property. It is not represented as an operating facility, and no deployments, pilots, or revenue are claimed. The asset is the architecture, the specification, and the filed IP — complete, defensible, and ready. We would rather understate and be verified than overstate and be corrected.
If you’re building at pipeline scale and power is your constraint, the conversation is short, and it’s under NDA. The only thing you risk is the time — what’s on the other side is real market share, and a project that gets built while the field is still stuck.
learnmore@VTCleanPower.comA deeper read on the power wall, the architecture, the modular advantage, and the two paths to ownership. No method, no engineering detail — those move under NDA.
Download the White Paper