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Projects

How a project works

From a pin on the map to a signed proposal, step by step.

Reviewed

What this is for

A project is one physical site. Everything else hangs off it. The strip across the top of the workspace is that path, in order: draw it, wire it, say what the world does and what the site draws, run it, cover the outages, price it, check it, then hand over a document.

The short path to a first production number is Your first project. This article is the shape, so you know why the strip is in that order.

A project is the site. Designs and condition sets hang off it. A simulation is one of each paired.
A project is the site. Designs and condition sets hang off it. A simulation is one of each paired.

Steps

Open a project. The strip is the walk.

  1. Overview is the site: name, pin, optional grid connection. Connection is asked once. Compliance, storage and financials all read it. Skip it if you do not have the bill in front of you.
  2. Designer is what you would build. Trace field segments, place keepouts, lay modules. A project can hold several designs. Duplicate one to compare options; lock the one you are quoting.
  3. Electrical is the wiring that came out of the designer: wire schedule, bill of materials, strings, single-line diagram.
  4. Conditions is what the world does to the array: weather, soiling, losses. No geometry lives here. Fetch a year or upload a file, then Apply.
  5. Consumption is what the site draws. It is not a condition set. The engine is generation-only and never sees load. Storage and financials both choose a profile; neither edits one here.
  6. Results is the matrix: designs down the side, condition sets across, one cell per pairing. A run happens in the background. A cell that is not ready says why - no modules, no weather - rather than showing 0.
  7. Storage is optional, and it sits before financials on purpose. It dispatches a solved year against a load and an interruption schedule. Without a bank, an outage takes a grid-tied array with it. If the model is missing or pointed at another run, the bill is priced solar-only.
  8. Financials pairs a simulation with a tariff and a consumption profile. Both come from the site, not from this screen. Save keeps the inputs; Save and compute runs the engines. The saving is two bills: consumption alone, and consumption net of generation.
  9. Compliance is every grid-code rule against this design, passes included, and the connection applications filed from it.
  10. Documents generates a proposal from a template, a simulation and a financial model, and freezes the layout, the values and the branding. Regenerating makes another document. Added files (a survey, a warranty) live on the same screen. Share, on every section of the project, hands a client a view-only link that needs no account.

Tips and common mistakes

  • A design carries no weather and a condition set carries no geometry. That split is Design vs condition set.
  • Consumption is not weather. Two sites with the same annual kilowatt-hours and different evening peaks get different bills and different batteries.
  • Storage before financials is a data dependency, not a preference. Price it first and the cash flow never sees the battery.
  • Empty yield and shading are a dash, not 0. Capacity of 0 kWp means nothing has been laid out yet.
  • Grid connection, a weather year, and a consumption profile are each optional until a later screen needs them. Financials with no tariff says so and will not compute.
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