DRAG TO ORBIT · HOVER TO INSPECT · CLICK TO FOCUS

Clean power · Utility-scale solar + storage

Draw a boundary.
Get a plant.

Anywhere on Earth. Ten stages from site to documents, in seconds: layout, electrical design, yield, storage, cost, finance and a drawing set your engineers can open in CAD.

SDG 7Affordable and clean energySDG 13Climate actionSDG 9Industry, innovation and infrastructure

Request access The ten stages

SiteResourceTerrainLayoutElectricalYieldStorageCostFinanceDocs

The pipeline

Ten stages.
One click.

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Site

Drop a pin or trace a boundary. Exclusion zones, setbacks and access are solved automatically. Eight curated sites run fully offline with a ten-year weather record baked in.

BoundaryExclusionsSetbacks

Resource

Irradiance and meteorology from a forty-year reanalysis, with the clock stated explicitly so hourly series can never drift.

GHI · DNI · DHITemperatureWind

Terrain

Elevation, slope and aspect drive earthworks and row spacing. Flat-ground fallback is reported, never silently assumed.

30 m DEMSlopeMaturing

Layout

Module tables, inverter stations, internal roads and the perimeter fence are packed into the boundary. Thousands of rows placed in seconds.

Table packerRoadsFence

Electrical

Single-line diagram, cable schedule, protection coordination and earthing study. Standards-based checks with failures reported.

SLDCablesProtectionEarthing

Yield

Hourly simulation with losses bridged from gross to net. Probabilistic yield at P50 through P99, with the loss chain itemised.

8,760 hLoss bridgeP50 · P90

Storage

Battery sized against the export cap and the tariff shape. Dispatch is simulated, not assumed.

Export capDispatchMaturing

Cost

Every component priced from a catalogue of 170 sourced SKUs with regional multipliers. The bill of materials is itemised, not a blended figure.

170 SKUs11 regionsBOM

Finance

Levelised cost, net present value and returns in your currency against an indicative tariff. Variants are compared side by side and optimised.

LCOENPV · IRROptimiser

Docs

A fourteen-tab engineering pack, a drawing set and exports for CAD, civil and PV tools. Ready for a peer review, not a slide deck.

14 tabsDXFLandXMLPVsyst · SAM

The same engine that screened a whole country of villages engineers a two-hundred-megawatt plant.

What you get

Engineering-grade,
not indicative.

Fourteen-tab pack

Site, resource, layout, electrical, yield, storage, cost, finance and drawings, in one reviewable workbook.

Drawings in CAD

Layouts, single-line diagrams and schedules export as DXF. Civil surfaces go out as LandXML.

3D site model

Walk the plant before it exists: tables, stations, roads and the substation in place on real terrain.

Variant compare

Change tilt, DC/AC ratio, storage or boundary and compare designs on the same page. Let the optimiser search for you.

Three modes

Interactive for exploring, Standard for a defensible design, Bankable for the version that goes to lenders.

Anywhere on Earth

Deserts, plateaus, tropics. Grid code and currency are chosen explicitly because they cannot be safely inferred.

0Pipeline stages, site to documentsOne run

0Tabs in the engineering packPeer-reviewable

0Sourced component SKUsItemised cost

0Curated sites that run fully offlineFour continents

A first plant

From a boundary
to a plant a lender can read.

Four steps, and none of them is a workshop about the tool. Each one runs on your land, your grid code and your currency.

01 · BOUNDARY

Send the land.

A KML, a shapefile or a sketch with a target capacity. Exclusion zones, setbacks and access are solved from it, and the eight curated sites show the whole chain before yours runs.

You bring · boundary, capacity, offtake

02 · DESIGN

Let the optimiser search.

Tilt, DC/AC ratio, storage and layout variants compared on one page. Terrain, electrical design and hourly yield with the loss chain itemised, not blended.

You get · variants side by side

03 · BANKABLE

Lock the version for lenders.

Conservative defaults, every assumption recorded, every uncleared warning listed. The fourteen-tab pack, the drawing set and the financial model come out of the same run.

You get · pack, DXF, LandXML, model

04 · REVIEW

Put it in front of your engineer.

The pack is built to be checked. A working session with your engineer and your lender's, on the numbers and the drawings, closes the loop.

You keep · every file, every run

Where it stands

Built to be
checked.

A design tool is only useful if an engineer can trust what it hands over. Every stage states what it did, what it assumed and what it could not do.

Production-grade today

Site, resource, layout, electrical design, yield, cost, finance and documents run end to end and are wired into the workspace.

Maturing, and labelled as such

Terrain earthworks, storage dispatch and grid-code profiles are in active development. The pack flags them rather than pretending.

Offline by design

Curated reference sites carry a baked ten-year weather record so the full pipeline runs with the network unplugged.

Reproducible runs

Each design slice is hashed. Two engineers running the same boundary get the same drawings, and can prove it.

Questions

What engineers
ask first.

The pipeline is built to be interrogated. These are the questions it gets most.

What can we send as a site?

A boundary as KML, GeoJSON or a shapefile, or a coordinate with a target capacity and a rough sketch of the land. Exclusion zones, setbacks and access are solved from there. Eight curated reference sites run fully offline for a first look.

Where do the component prices come from?

From a catalogue of 170 sourced component SKUs with regional cost multipliers. The bill of materials is itemised, so your own quotes can replace catalogue lines one by one and the finance stage re-runs on your numbers.

What is different about Bankable mode?

Interactive is for exploring and Standard gives a defensible design. Bankable runs the full chain with conservative defaults, records every assumption and lists every warning that was not cleared, so a lender's engineer sees exactly what was and was not done.

Can we edit the drawings and the model?

Yes. Layouts, single-line diagrams and schedules export as DXF, civil surfaces as LandXML, and the fourteen-tab workbook holds every number behind them. Nothing is locked inside the platform.

On the same engine

One plant.
Four modules beside it.

The plant is one module of fifteen. Wind and hydro share its resource and finance core, the supply chain lands its equipment, and the portfolio cockpit runs it once it is built.

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