The asset

Excess power is the most underpriced asset on the grid.

Across commercial and industrial America, electrical service is routinely installed for a peak that never arrives. A building sized for 2,000 kVA draws 640. A charging site built by a failed operator sits energized and dark. A developer holds an approved interconnection they will never build against. In every case the expensive, slow, irreplaceable part — capacity delivered to a specific piece of ground — already exists and earns nothing.

The utility will not buy it back. The property owner cannot monetize it alone. And a new entrant will spend twelve to thirty months in an interconnection queue to build what is already sitting unused a mile away.

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How we monetize it

Three ways to turn capacity into cash flow.

What we do

Acquire. Activate. Hold.

Work with us

Two ways in.

Where it sits

Six places excess power hides.

Why it stays stranded

The people who hold it cannot use it. The people who could do not own it.

None of this is a secret, and it is not a technology problem. It persists because of who holds what. A property owner has capacity but no reason to become an energy operator. A receiver holding a failed charging portfolio wants cash, not a development programme. A utility has no mechanism to buy back headroom it has already sold. And the developers with the operating capability are usually deploying a fund that was raised against greenfield projects, because that is what their capital was raised to do.

We sit in that gap. We buy the capacity outright, with our own money, and we operate it ourselves.

The arbitrage

We are not paying to deliver power that has already been delivered.

Building new capacity means a service application, a study, a transformer, switchgear, trenching, conduit, restoration, permitting and utility coordination. On a new eight-stall Supercharger site, Tesla's own published numbers put installation at $440,000 against $500,000 of hardware — and that installation half is where nearly all of the calendar time lives.

On an acquired site, that scope is already in the ground and was paid for by someone who is no longer in a position to use it. We pay a distressed price for it and spend our capital on the revenue-producing equipment instead.

What we do with it

Storage first, then whatever pays most.

Storage comes first on nearly every site, because a battery is what converts raw headroom into dispatchable capacity and because its anchor revenue — demand-charge reduction — is contractual rather than speculative. Charging and emerging load are then placed on top of a site that already works without them.

Why patient capital

A fund clock is the wrong instrument for this asset.

These assets take time. Utilization on a repowered site builds over years as the local load mix shifts, and a storage asset earns across tariff cycles that do not care about a vintage year. A ten-year fund underwrites to an exit; we underwrite to an operating life.

It also changes what we can buy. A seller who needs certainty in two weeks is not running a competitive process. We can be the party that closes, and that is frequently worth more to them than the last increment of price.

What we buy

Assets, entities, positions and contracts.

What these look like

Before, underneath, after.

Criteria

What gets a fast yes.

• Installed or approved electrical service, 500 kVA and above preferred
• Meaningful gap between installed service and actual peak draw
• Site control: fee, long-term ground lease, or an assignable agreement
• Interconnection filed, approved, or already energized
• Commercial and industrial locations — fleet, logistics, retail, hospitality, industrial park
• Single sites through multi-state portfolios

What usually gets a no.

• Residential, or amenity charging with no service headroom behind it
• Sites where service was never installed and the utility queue has not started
• Ground leases with under five years remaining and no extension right
• Situations requiring us to assume network software or subscriber obligations

Process

From submission to close.

The problem it solves

Demand charges, not energy cost, are what strand these sites.

Commercial tariffs bill on the highest fifteen-minute draw in the month. Put any serious load on a site — charging, compute, process equipment — and a brief coincident peak can set a charge that the site's revenue will never recover, billed every month afterwards whether or not it happens again.

At low utilization, which is where every activated site starts, this is the single largest line item and the reason so many charging businesses never reached contribution margin. It is a solvable engineering problem that was widely treated as a market problem.

The value stack

One asset, several revenue lines.

How we size

Against measured load, not a rule of thumb.

Supercharger for Business

Ownership without operating the network.

Since late 2025, Tesla has allowed third parties to purchase Supercharger hardware and own the asset while Tesla continues to run it on its own network. The site appears natively in Tesla's navigation, bills through Tesla, and is maintained by Tesla. The first third-party-owned, Tesla-operated Supercharger in North America opened in Land O' Lakes, Florida, with eight V4 stalls owned by the host.

Driver trust and discoverability are the two things an activated site cannot manufacture for itself. Tesla supplies both. We supply the capital, the real estate and the power underneath it.

Where we site

Commercial and industrial, not highway rest stops.

Categories

Four we are actively underwriting.

Discipline

We are an infrastructure owner, not a venture investor.

A new technology enters our underwriting on three conditions. The hardware must be commercially available from a manufacturer that stands behind it. The revenue must be contracted rather than speculative. And the downside case must be that we fall back to storage and charging on a site we would have been happy to own anyway.

That last condition is the important one. We do not buy a site because of what might be placed on it. We buy it because the capacity is mispriced, and then we put the highest-paying use on top.

• We do not take development risk on unproven hardware
• We do not underwrite revenue from markets that do not yet exist
• We do not pay a premium today for an option we cannot exercise for years

The arrangement

No capital, no operations, no utility negotiation.

Structures

Three ways we typically paper it.

What makes a good host site

What we look for.

• Installed service with real headroom against your actual peak demand
• Space for equipment — a pad for storage, and parking that can lose four to twelve spaces
• Clear vehicle access and a straightforward path for conduit
• Site control for at least fifteen years, or ownership in fee
• Visibility and dwell — or a captive fleet that charges on a schedule

Structure

Why the capital structure is the strategy.

Most buyers in this market are funds. A fund has a vintage, a deployment window, a hold period and an exit obligation, and every one of those constrains what it can underwrite. It cannot buy an asset that looks wrong for twenty-four months. It cannot sit on an interconnection position for three years waiting for the surrounding load to arrive. It frequently cannot close in two weeks because its investment committee does not meet in two weeks.

We have none of those constraints, and in a distressed market that is worth more than a lower cost of capital.

How we underwrite

Four principles we do not bend.

What we do not do

Scope discipline.

• We do not manage outside capital or offer investment products
• We do not operate a charging network or sell software
• We do not develop residential or amenity-only charging
• We do not take merchant power exposure outside the sites we own