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Advisory-embedded model

Renewable Project Readiness Engine (RPRE)

Takes a solar project from a set of assumptions to a structured readiness assessment — technical, financial, and the risks that actually stop projects — in one auditable model.

What it looks like

RPRE — Rooftop Prosumer v5 · Dashboard
B14fx=IF(Technical!G22>Benchmarks!D8, "Constrained", Readiness!C11)
Readiness scoreweighted, 6 dimensions
Simple paybackyears, pre-financing
Blocking risksseverity ≥ high
Readiness by dimensionvs. benchmark
Technical
Financial
Connectionbinds
Structural
Permitting
Offtake
Risk matrix
HML
likelihood →
DashboardInputsBenchmarksTechnicalFinancialReadinessRisk MatrixClient ReportAudit Notes
Schematic layout — the tool's real structure and outputs, drawn rather than screenshotted so no client data appears. Bars and blocks are placeholders, never figures. Labels inside the frame are the tool's own interface, which is in English.

Decision supported

Whether a project is ready to proceed, what specifically is blocking it, and what would have to change for the answer to become yes.

Intended user

Developers, EPCs, municipalities and public institutions, and investors screening a pipeline.

What goes in, what comes out

Goes in
  • Site location, orientation and available area
  • Resource assumptions and expected yield
  • Connection point and available capacity where known
  • Capex, opex and financing structure
  • Tariff or offtake arrangement

Renewable Project Readiness Engine (RPRE)

Comes out
  • Dashboard summarising readiness across all dimensions
  • Technical and financial assessment sheets
  • Readiness scoring against defined criteria
  • Risk matrix identifying what blocks the project and how severely
  • Client-facing report and an audit trail of every assumption used

What goes in and what comes out. The model itself — its formulas, weighting and optimisation logic — is method, not proof, and is not drawn here.

Methodology summary

Nine linked worksheets — Dashboard, Inputs, Benchmarks, Technical, Financial, Readiness, Risk Matrix, Client Report and Audit Notes. Configured separately for rooftop prosumer installations and for utility-scale projects in the 5–20 MW range, because the constraints that bind differ completely between them.

Limitations

  • Screening and structuring tool, not a substitute for a grid connection study, a geotechnical survey or a structural assessment. It tells you which of those you need and why.
  • Benchmarks are calibrated to Kosovo and the immediate region. Applying them elsewhere without recalibration would produce confident, wrong answers.
  • The model does not produce a financing verdict. Lenders decide bankability; this establishes whether a project is coherent enough to put in front of one.

Public preview

Renewable Project Readiness Engine (RPRE) — interface rendering showing the executive dashboard with a demo dataset.
Interface rendering, demo data throughout — no client information appears.

Access model

Applied within a project-readiness engagement, with the completed model and its audit notes handed over.

A piece of this is public

The energy balance at the front of this model — what a system generates, how much of it a site can use, and what that is worth in year one — is published as a free quick screen. The financial model, hourly dispatch and connection logic described above stay inside the engagement.

PV Feasibility Quick Screen →

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