SAMPLE REPORT · demonstration data on a theoretical asset · not an offer or approval
PV8.ai

Data-centre co-location

PV8 demonstration solar plant, HR · 4 MWp · synthetic inputs

ILLUSTRATIVE SCREENING

Explore a 500 kW IT scenario without treating export capacity as permission to import power.

0.5 MWIT capacityFrozen screening calculation
6,009 MWh/yearFacility electricityFrozen screening calculation
1.1 MWImport capacity to confirmFrozen screening calculation
€1,921,080 / yearAnnual receipts including power pass-throughFrozen screening calculation

What this scenario establishes

An annual model is included in this frozen calculation. Its tax basis and assumptions must be reviewed before use.

Amounts are in EUR. Export capacity is not evidence of an import right. Other routes are alternatives, not additive revenue promises.

Illustrative inputs

  • Synthetic 4 MWp plant: 16,000 modules × 250 Wp.
  • 4,400 MWh/year generation and 8 ha site area are illustrative inputs.
  • No grid import agreement, customer contract or surveyed layout is supplied.

Three next steps

  • Confirm firm import rights, redundancy and the connection upgrade scope.
  • Obtain a carrier quote for the workload and diverse fibre routes.
  • Replace illustrative customer pricing and facility cost with commercial offers.

Use this example to see the decision process. Your own result depends on your plant, assumptions and evidence; it is not a financing approval.

Explore this route in PV8

Site layout

Place data-centre planning envelopes and inspect displaced PV.

Power and connectivity

Separate firm import rights from fibre availability and latency.

Commercial scenarios

Compare co-location terms, power treatment and capital assumptions.

Calculation basis and frozen source

Generated offline with PV8 engine code. No customer information or live provider response is included. Raw reference inputs retain their source currencies, such as USD mining assumptions; financial figures above use EUR. Rebuild recipe: scripts/build_public_sample_snapshots.py.

Snapshot SHA-256: b472d336178b771699f9b5011f98aaf0058f6df24de809f3b458f5427cf4dc8d