≈600 GWh of U.S. Grid Storage.
≈48 Months. Community First.

America's grid is breaking under the load

The race for frontier AI is no longer a software sprint — it's a brutal, physical war for megawatts. The current system cannot keep pace, and the bottleneck is costing the nation its technological edge.

28 GW

Northern Illinois connection backlog Data center requests have swelled to 28 GW — effectively doubling the utility's highest peak demand in its entire 120-year history.

4+ yrs

Standard interconnection queue American technological dominance cannot wait four years for a substation engineering review. The status quo is untenable.

∞ acres

Land hunger of legacy storage Traditional battery yards require hundreds of flat acres, local zoning fights, and sprawling horizontal footprints that cities can't provide.

GWh storage is now infrastructure.

FlexBase proves the asset class. VTCNZE scales the deployment model — shifting the thesis from one centralized mega-site to a distributed Stack network designed for faster U.S. replication, brownfield / BTM deployment, and community-aligned upside.

Efficiency in a glance: comparison uses publicly reported FlexBase figures and VTCNZE deck baselines. All VTCNZE figures are preliminary and subject to FOAK engineering, procurement, interconnection, permitting, financing, insurance, and independent PE validation.

Flip the physics.
Go vertical. BTM / FTM Ready.

V-Stack converts land-constrained urban and brownfield sites into dispatchable, modular GWh-scale energy assets. By stacking self-contained, engineer-reviewed modules vertically, we bypass the spatial trap entirely.

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Vertical Density

Urban footprint, GWh-scale output. A 30-story V-Stack delivers 1.97 GWh on a fraction of the land a conventional battery yard requires.

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Non-Flammable Chemistry

Sodium-ion baseline architecture — no lithium, no cobalt, no thermal runaway. Thermally stable chemistry designed for zero-occupancy industrial classification.

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Modular Speed-to-Power

Factory-assembled energy modules trucked in and slotted into a structural column skeleton. Customized patent-pending methods enable 1+ stories per day post permits and foundations.

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Grid-Ready Architecture

Designed for grid support, power continuity, resilience, and black-start functions. Pairs with renewables, behind-the-meter loads, data centers, and future clean generation.

The V-Stack VTCNZE Class Matrix

Four building configurations engineered for different urban contexts and deployment scales — all running the same certified Registry of Trusted Designs (RTD) platform.

We are franchisors.
We license. Others build.

VTCNZE operates the Registry of Trusted Designs (RTD) — the IP and certification platform that every V-Stack deployment licenses. We design; partners build. This is the most capital-efficient infrastructure model in the sector.

From NIMBY
to WIMBY

Welcome In My Backyard. Infrastructure builders can no longer operate in isolation from the neighborhoods hosting them. We didn't build a token gesture toward community benefit — we engineered it into the legal structure of every deployment.

40% of profits.
Permanently.
By contract.

Each Stack SPV permanently reserves 40% of distributable profits for the host community — administered through the embedded DigiPie app as Consumer Earned Tokenized Equities (CETEs). This isn't goodwill. It's a contractual waterfall baked into every RTD license.

When behind-the-meter assets contractually preserve localized economic distribution layers — allowing local spenders and merchants to participate in the asset's performance — the narrative shifts entirely. A localized power burden becomes a generational wealth engine. (CITY/STATE & FEDERAL= PROPOSALS ONLY)

SPV Profit Waterfall (Proposed)

40% Host Community 15% Federal 15% State 10% City 17% Investors 3% VTCNZE

Subject to Rule 506 Reg D and Rule 144 SEC compliance pathways. Dollar allocations depend on final net distributable profit after O&M, debt service, taxes, and reserves.

Chicago Validates.
America Scales.

The first 1.97 GWh baseline V-Stack establishes the engineering precedent, regulatory pathway, and financial template. The RTD certifies the standard. The network replicates the model — 25 to 30 stacks per major metro corridor, across 11 U.S. deployment corridors.

Illustrative deployment scenario. Subject to site control, permitting, engineering validation, interconnection, financing, and market conditions. Not an offer or solicitation of securities.

An Executive Blueprint for America's Grid

We don't just build — we've drafted the policy architecture that unlocks 600 GWh in 48 months. The framework targets DOE, FERC, and federal land agencies to bypass the legacy utility backlog.

Built like manufacturing,
not construction

Our modular building system is engineered to build at unprecedented speed. Customized patent-pending assembly methods enable erections of 1+ stories per day post permits and foundations — transforming a ground-breaking into a GWh-scale operational asset faster than any conventional method.

VTCNZE Building Specs

Build rate 1+ stories/day

Structure type Modular vertical column

Assembly method Rapid assembly by others

Occupancy classification Zero-occupancy industrial

Pilot height 30 stories

Chemistry Sodium-ion (non-flammable)

Pilot capacity 1.97 GWh

IP status Patents pending

The factory-assembled energy blocks are trucked in and slotted into a structural column skeleton simultaneously as site prep occurs — parallel manufacturing, not sequential construction.

Join the coalition

Two pathways to participate in the infrastructure opportunity of this decade — structured to include everyone, from institutional capital to community investors.