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Advisory-embedded model

Integrated Resource & System Planning Platform

Builds least-cost capacity expansion pathways across generation, storage and demand-side resources, then reports them in the three forms a planning decision actually travels in: an executive summary, a policy brief and the underlying workbook.

What it looks like

IRP/ISP Platform — scenario run
Run · versionedScenario nameHorizon
Capacity expansion by technology and year
ExportExecutive summary
ExportPolicy brief
ExportFull workbook
Every figure traces to this run
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

Which resources to build, in what order, and whether a stated target is deliverable by the system that has to carry it.

Intended user

Utilities, TSOs and DSOs, ministries and regulators, and donor programmes commissioning long-term planning studies.

What goes in, what comes out

Goes in
  • Historical and projected demand
  • Existing generation fleet with technical and cost parameters
  • Fuel and carbon price trajectories
  • Network constraints or connection queue at whatever resolution exists
  • Policy targets and reliability standards the plan must satisfy

Integrated Resource & System Planning Platform

Comes out
  • Least-cost expansion pathway by technology and year
  • Scenario comparison under demand, fuel-price and policy uncertainty
  • Resource adequacy assessment against the applicable standard
  • Executive summary, policy brief and full workbook from the same run

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

Scenario-based capacity expansion. Each run is named and versioned, and every published figure traces back to a specific run rather than to a spreadsheet someone edited afterwards — which is what makes a result defensible in front of a regulator months later.

Limitations

  • Results are only as good as the network representation supplied; where a connection queue does not exist in usable form, grid constraints are approximated and the assumption is stated.
  • Least-cost optimisation reflects the costs and constraints entered. It does not price political feasibility, procurement capacity or institutional readiness — those are assessed separately and deliberately outside the model.
  • Not a real-time operations or dispatch tool. It answers investment-horizon questions, not what to run tomorrow.

Public preview

Integrated Resource & System Planning Platform — interface rendering showing the executive dashboard with a demo dataset.
Interface rendering, demo data throughout — no client information appears.

Access model

Applied within an engagement. The client keeps the model and documentation so their own team can re-run it after we leave — a model nobody can re-run is a deliverable, not a capability.

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