AQS Patrimonio Hypercompute Hub Infrastructure Fund

ORLANDO WOODS HYPERCOMPUTE CAMPUS

See how a 300 MW hypercompute campus jumps from land pricing to full digital infrastructure platform value.

Assumptions(drag to see how valuation reacts)

Hypercompute Capacity (MW)250 MW

Typical AI campuses on 50 buildable acres support 200–300 MW.

Generation Capacity (MW)300 MW

On-site power generation capacity to support the hypercompute campus.

Power Toll per MW-year (USD 000s)$120k

Embedded toll per MW of delivered firm power. Reflects Florida-market spreads.

AI Revenue per MW-year (USD 000s)$1.8M

Total annual revenue generated per MW of AI compute capacity.

Owner Share of AI Revenue10.0%

Portion of AI revenue captured by the landowner. Higher values imply JV or owner-operated compute.

Discount Rate12.0%

Weighted discount factor applied to future cash flows.

Site Footprint46.3 / 50 acres
Hypercompute: 31.3 ac
Generation: 15.0 ac
Campus footprint assumes: High-density AI layout (~8 MW/acre) and compact modular gas plant (~20 MW/acre). Conservative planning may require more land; additional capacity can be built on adjacent parcels.
⚠️ Using 93% of site capacity. Limited room for expansion.

Valuation Animation

Annual Tolling Income$30.0M250 MW × $120k / MW-year
Annual AI Share Income$45.0M250 MW × $1.8M × 10.0%
Total Owner Cash Flow$30.0MBasis for discounted cash flow (DCF) platform valuation.
$150.0M$300.0M
Land-only sale band
$250.38B
DCF platform value
Blue = platform valuation (toll + AI revenue, discounted). Grey = land-only pricing that ignores the power story.

How to Read This Animation

The animation provides a visual comparison between the land-only sale value and the discounted cash flow (DCF) platform valuation. The DCF platform valuation takes into account both the tolling income and the owner's share of AI revenue, discounted at the specified rate.

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