Introduction & Overview
At a glance
What it is: pvSpline is a web application for designing and simulating photovoltaic (solar) systems — from a rooftop self-consumption project to a utility-scale plant with storage. You open it in a browser; there is nothing to install.
Who it is for: solar designers, electrical and yield engineers, project developers and financial analysts who need detailed yield and financial figures and client-ready deliverables.
How it works: you describe a project (the site and its consumption, the array drawn on aerial photography, its components and wiring, the tariff and any storage), then run a physics-and-finance simulation of it.
What you get: the annual yield, its loss cascade and its P50/P90 values, and the project's economics (NPV, IRR, LCOE, payback) — shown in charts and gathered in a branded PDF report you can hand to your client. From the Results view, beside that report, you also download the single-line diagram, the bill of materials, the financial projection as a spreadsheet and, for a site in France, the planning-permission file (CERFA 16702) and the Consuel technical file.
In this chapter: the workflow from a blank map to a client report, the main capabilities, the navigation rail and its views, where the simulation engine runs, and which chapter documents each task. Read it once, before your first project.
Price: free, within monthly usage limits and with every feature but Enedis data. A subscription raises the limits (Monthly allowances by plan).
What pvSpline is
pvSpline is a modern photovoltaic simulation and design suite that runs in your web browser. You open a URL, sign in, and work; there is no installer, no licence file to copy between machines, and no operating system to choose. Behind the interface sits a full physics-and-finance engine that models sunlight hitting your panels, the losses on the way to the grid, the behaviour of any batteries or electric vehicles you add, and the resulting energy yield and project economics.
That engine is a separate, headless program the browser talks to over the network. Where the simulation engine runs explains where it runs and what that means for you.
The name comes from the spline: pvSpline reconstructs smooth, sub-hourly production and consumption curves from the coarse hourly weather data most tools stop at, using energy-preserving interpolation. That lets it capture the short irradiance spikes and inverter clipping that hourly-only tools average away — and it is why storage, demand-charge and self-consumption results come out sharper.
A key convenience for anyone migrating from another tool: pvSpline reads industry-standard component files directly. If you already keep a library of PVsyst .PAN (module), .OND (inverter) and .BTR (battery) files, they import with no re-entry — though, like every change to the catalogue, importing is reserved for the Manager and Admin roles in your company. See The Component Catalogue for the component catalogue and importers.
Who it is for
pvSpline is built for solar professionals, not for casual estimation:
Designers sketch the array on IGN aerial photography, place strings, and let panels auto-fill a drawn roof or field.
Electrical engineers size conductors, check ampacity against NEC / IEC / UTE codes, and generate an interactive single-line diagram.
Yield engineers run anisotropic transposition, single-diode module physics and a transparent loss cascade, then read off P50/P90 exceedance yields.
Developers and analysts compute LCOE, NPV, IRR, payback and lender coverage ratios (DSCR, LLCR), and stress-test them — all inside the tool.
The big picture: from a blank map to a client report
Everything in pvSpline serves one arc: turn a location and a set of components into a simulated, costed and presentable result. The typical journey runs top-to-bottom through the navigation rail down the left edge of the window.
The end-to-end workflow
Open or create the project. Project (
/project) is where you browse your saved projects, open one, or start a new one. Once a project is open, the same screen records who it is for (client identity and address), what it is (system type, feed-in and consumption tariffs) and how it pays back (CAPEX, OPEX, subsidies, loan terms, horizon, carbon balance). (See The Project Tab.)Bring in the load. Consumption (
/consumption) holds the consumption profile the system must serve — an Enedis metered curve (France), an uploaded bill, or a synthetic profile — plus one tab per additional load source, including electric-vehicle charging. (See The Consumption Tab.)Draw the array. Map (
/map) is the aerial map: sketch the field, let modules auto-fill it, set per-polygon tilt and azimuth, and paint electrical strings over the placed modules. (See The Map & Site Design Tab.)Pick the hardware. Catalogue (
/catalogue) is the component library: modules, inverters, combiner boxes, cables, mounting structures, batteries, generators, pumps and utility tariffs, with importers for your own.PAN/.OND/.BTRfiles (importing needs the Manager or Admin role). (See The Component Catalogue.)Wire it and check it. Diagram (
/diagram) shows the auto-generated single-line diagram; you re-route strings between combiners and MPPTs and validate the design against a wiring code. (See Electrical Design & the One-Line Diagram.)Add storage and specialized systems. Batteries, pumping, hybrid diesel, off-grid and DC-grid modes are configured on the Project screen alongside the array; EV charging is a consumption source. (See Storage, EV & Specialized Systems.)
Run the simulation. Run the project sits on Results (
/results); Ctrl+Enter starts a run from anywhere. Production then reads back the yield, the loss cascade, the schedules and the economics. (See Running a Simulation & the Production Tab.)Visualize on the real Earth. 3D view (
/earth) streams a photorealistic 3-D view that rebuilds your site from IGN's terrain, buildings and imagery (metropolitan France) — for client context, stills and sun-path clips, and a measured 3-D shading bake the next simulation uses. (See The 3D Earth Site View.)Explore the results. Results (
/results) is the chart gallery: more than forty interactive charts and heatmaps break the run down by day, month, hour and financial year. (See Charts, Heatmaps & Tables.)Deliver. The same screen's canvas is the branded report: it previews and exports it — cover with your logo, selected charts, the single-line diagram and a standards-aligned performance footer (IEC 61724-1). Tabs beside it hold the project's other documents — the tender dossier, the town-hall permit (CERFA 16702) and the Consuel technical file — and the diagram itself and the bill of materials also download on their own, from the menu beside its Download PDF. (See Reporting & Export.)
Sweep the variants. Batch (
/batch) runs parameter studies and auto-sizing over the loaded project when one answer is not enough, and applies the design you pick back to the project — or, with Optimize now, sizes the system and applies the best design in one click. (See Batch Simulation & Scenario Sweeps.)
Tip
You do not have to follow this order rigidly, and you do not have to fill in everything. A location and a module are enough to get a first yield number; storage, EV and financing refine it. Until the design has an inverter, that first number may be a few percent optimistic, and the results say so: Create initial design on Diagram adds a starter inverter sized to the array (Electrical Design & the One-Line Diagram). The application shows and hides controls based on what your project needs, so screens stay uncluttered.
Instant, quick, and queued: how work actually runs
It helps from the start to know which actions are free and which cost time. pvSpline separates them deliberately, and the interface tells you which one you triggered:
- Instant
Dragging a polygon vertex, typing in a field, panning and zooming the map or a chart. These never wait for anything; they respond at the frame rate.
- Quick
Re-rendering the one-line diagram, re-packing modules into a polygon you just edited, searching the catalogue, parsing an imported file. These ask the engine and come back in well under a second; the control you clicked shows a busy state, and nothing else on the page blocks.
- A run
A simulation. You start it and the engine checks the project first — an error stops it there. Then the Results tab says where it stands, and the results fill in when it lands — you are free to keep working meanwhile. Results views carry a Stale badge once the project has drifted from the run you are looking at, next to a button that runs it again — Run the project on Results, the badge's own Re-run elsewhere.
- Queued compute
Batch sweeps, auto-sizing and every cloud run. These get a job list, a history and a quota readout.
Headline capabilities at a glance
pvSpline is broad. The list below groups its major capabilities so you know what is available and which chapter to open. You will not use all of it on any one project.
- Simulation & physics
Anisotropic transposition (Perez 1990, Hay-Davies 1980); single-diode IV module model; per-module incidence-angle response read from the
.PANfile; spectral and thermal corrections; sub-hourly simulation down to a 1–30-minute timestep with a transient cell-temperature model. (Running a Simulation & the Production Tab, Simulation Physics & Data Reference)- Shading & tracking
Far (horizon) shading from the PVGIS horizon or a skyline measured in the 3-D scene; inter-row mutual shading; fixed, single-axis and two-axis trackers with published backtracking and wind-stow; an optional 3-D shading bake that measures beam shading and sky view against the real scene and writes the tables the next run uses. (Running a Simulation & the Production Tab, The 3D Earth Site View)
- Yield & bankability
P50 / P75 / P90 / P99 probabilistic yield; DSCR and LLCR coverage ratios; one-at-a-time lender stress tests; IEC 61724-1 performance metrics; a transparent, source-tagged loss cascade. (Running a Simulation & the Production Tab, Charts, Heatmaps & Tables)
- Sizing & scenario studies
Many full simulations of the loaded project in one pass — one-parameter sweeps, multi-parameter matrices and component shoot-outs — compared side by side on energy, NPV, LCOE, payback, the equity IRR and the lender's DSCR and LLCR; and one-click auto-sizing, Optimize now, which scores a priced grid of system sizes by NPV or equity IRR and applies the best design to the project. (Batch Simulation & Scenario Sweeps)
- Electrical design
Automatic wire sizing with true ohmic loss; NEC / IEC 60364 / UTE C15-712 code checks; an interactive IEC/IEEE single-line diagram; detailed inverter model; optimizers and microinverters; bill of materials. (Electrical Design & the One-Line Diagram)
- Storage & specialized systems
AC- and DC-coupled batteries with four dispatch strategies; physics-based battery aging; virtual/energy-banking storage; EV co-simulation; solar water pumping; DC-grid traction; hybrid PV + diesel / off-grid; HCPV, LCPV and agrivoltaics. (Storage, EV & Specialized Systems)
- 3D Earth view
A photorealistic Unreal Engine 5 scene of your site, rebuilt from IGN's LiDAR, terrain and imagery (metropolitan France) and streamed into the browser; rooftop-aware panel placement; CAD-driven scene geometry; animated sun-path; sun-path clips exported up to 4K. (The 3D Earth Site View)
- Interactive map & reporting
Draw the array on IGN aerial photography; pick a roof out of the imagery with the colour-picker eyedropper; paint strings; 40+ charts and heatmaps; an infographic Sankey loss diagram; a branded PDF report, stamped with a verification QR code that a client or lender can check with pvSpline's free verifier (Report verification); and a CERFA 16702 permit package. (The Map & Site Design Tab, Charts, Heatmaps & Tables, Reporting & Export)
- Web-native workflow
Every view has a bookmarkable URL, and a finished run has its own, which opens the result itself rather than a screenshot of it. Projects are saved to your account with version history, and a Manager account sees every project of the company; work survives a reload, and a tab that closes with unsaved changes offers the work back on your next visit. (The Project Tab, Your Account, Team & Cloud Runs)
- UX & onboarding
Light and dark themes, a French/English interface, state-driven controls that hide what your project does not use, and seventeen replayable guided tutorials — two of them scored practice runs, one the mascot's own, where its mood is your project's health — with badges that dress the mascot. (Guided Tutorials & Onboarding, Preferences, Tariffs & Theming)
- Data, weather & grid
Free key-less PVGIS irradiance, horizon and attested losses; Open-Meteo rainfall / snow / air quality feeding soiling and snow models; EPW, TMY3, PVGIS TMY, NSRDB, Solcast and Solargis file import; live French-grid (Enedis) metered consumption. (The Consumption Tab, The Map & Site Design Tab)
- Automation & the HTTP API
The cloud service speaks a documented HTTP/JSON API that a script drives with a service token, so batch simulations and scenario sweeps run with no interface at all — ideal for CI and large studies. (Batch Simulation & Scenario Sweeps, Automating Cloud Runs)
- AI assistants
Connect Claude Code, Cursor, VS Code or another assistant on your computer that speaks the Model Context Protocol (MCP) to your account, from France: it can create projects, run simulations and read their results for you. You sign in and approve it from a pvSpline page, its runs count against your monthly simulation allowance and its requests against the cloud API allowance, and you can disconnect it at any time from
/account. (AI Assistants)
The three pieces you interact with
pvSpline looks like one application, and for everyday work it behaves like one. Underneath there are three pieces, and knowing what each does explains most of what you will see.
- The browser application
The page you have open: the navigation rail, the map, the forms, the catalogue, the charts and the report preview. It holds your working project, your undo history and your edits, and it is where every gesture lands. Everything in this manual centres on it. It needs no plug-in and no extension — any current browser will do.
- The simulation engine
A separate, headless program that owns the physics and the money. The browser sends it the whole project and asks it to validate, pack modules, render the diagram, or run a full simulation; it sends back numbers, images and documents. Nothing is computed twice: what you see on a chart or in a PDF came from that engine. The engine runs on pvSpline's cloud compute service — see Where the simulation engine runs.
- The 3-D “Earth” viewer
A high-fidelity Unreal Engine 5 renderer that rebuilds your site in photorealistic 3-D from IGN's terrain, buildings and imagery (metropolitan France). On the web it is streamed: the renderer runs on a cloud graphics host and its picture arrives in the page as live video, so your own machine needs no special hardware. You start a session with Start streaming on 3D view, drive it like any other view, and end it with End session. It needs a signed-in cloud account and draws on your plan's separate monthly 3-D streaming allowance, counted in seconds from the first frame: the session, its captures and its videos all come out of that one allowance, with no separate charge per render or per export. Because those seconds run while a session is open, a small dock stays on screen with the meter and the End session button whenever you navigate away from the 3-D tab. See The 3D Earth Site View to set it up and use it.
Note
The 3-D viewer is optional. Every physics result in pvSpline is available without ever opening it — shading, yield, losses and finance all come from the engine. The 3-D view adds client-facing imagery, a sun-path animation and the optional measured shading bake described in The 3D Earth Site View.
Where the simulation engine runs
- The cloud compute service
Runs are queued on pvSpline's own compute service and metered against your own monthly allowance. Nothing to install; your projects, runs and results follow you to any machine you sign in from.
What that means for you:
- Speed
Cloud runs are queued: the Results tab tells you honestly where the job is. On the free plan, paying customers' runs go first (Paying customers' work goes first).
- Quota
Cloud compute is metered in engine-seconds against a monthly allowance, with the meter on the Account page: on a subscription each member of the company has their own, and on the free plan the whole company shares one, however many members it has. When the allowance is spent, a run is refused rather than queued and the message says so. A run, batch sweep or auto-sizing that fails is charged the engine time it used before failing, like one that succeeds; only the time spent queued is free. 3-D streaming, tile builds and the cloud API have monthly allowances of their own, also counted in seconds, and file imports one in megabytes — per member or shared the same way. On the free plan they are small until your account is verified. See Your Account, Team & Cloud Runs.
- File-size ceilings
Every file picker checks the size before it reads anything and refuses an oversize file up front, naming the file and both numbers. The ceiling is roughly 25 MB per file. Files that never leave the browser — a project, a batch CSV, a theme — have a much larger, browser-safety limit.
- Automatic recompute
You start every run yourself, because every run costs budget.
- Where projects live
Projects are saved to your account with version history; a User account sees its own, a Manager account every project of the company. You can also export any project to a portable file and import it again.
The navigation rail and its views
Navigation is a vertical icon rail down the left edge of the window. Each entry is an icon with no text label, to keep the rail compact; hover over one to see its name in a tooltip. The project's views are arranged in workflow order from the top; Catalogue, which belongs to the application rather than to the open project, sits apart at the foot of the rail, below a thin line. Clicking an entry swaps the whole work area to the right — and changes the URL, so the browser's back button, a reload and a bookmark all behave the way you expect.
- Project
(branching-graph glyph,
/project) Your project library and, once a project is open, its identity, sizing, tariffs, financing, carbon, storage and specialized-system cards. With no project open, the guided tutorials sit below the library. (The Project Tab, Storage, EV & Specialized Systems, Guided Tutorials & Onboarding)- Consumption
(lightning-bolt glyph,
/consumption) The load the system must serve: imported Enedis curves, uploaded bills, synthetic profiles, and one tab per extra source including EV charging. (The Consumption Tab)- Map
(folded-map glyph,
/map) The aerial map where you draw the array, auto-fill modules and paint strings. (The Map & Site Design Tab)- Batch
(tick-with-trails glyph,
/batch) Parameter studies, matrices and auto-sizing over the loaded project. (Batch Simulation & Scenario Sweeps)- Production
(panel-and-sun glyph,
/production) The run of record: read its yield, the loss cascade, schedules, the probabilistic curve, and the measured-versus-simulated validation. (Running a Simulation & the Production Tab)- Diagram
(crossed-grid glyph,
/diagram) The auto-generated single-line diagram and the wiring, sizing and compliance inspector. (Electrical Design & the One-Line Diagram)- 3D view
(“3D” glyph,
/earth) The streamed photorealistic Earth view of your site. (The 3D Earth Site View)- Video player
(play-triangle glyph,
/video) Plays the sun-path clips recorded from the 3-D view. Its tooltip reads “Video: watch the clips made in the 3D view, showing the sun's path and the shadows moving over the site.” (The 3D Earth Site View)- Results
(bar-chart glyph,
/results) The charts and the report: the chart list beside the PDF report, with its preview, theme picker, export and print. (Charts, Heatmaps & Tables, Reporting & Export)- Catalogue
(clipboard glyph,
/catalogue) The component library with its ten categories and the.PAN/.OND/.BTRimporters. Favourites you set here feed every other view. (The Component Catalogue)
The guided tutorials have no rail entry of their own: they are cards on Project, below the project library, and the old /tutorials address lands there. Start there on your first visit (Guided Tutorials & Onboarding).
Below Catalogue, the rail foot carries three more controls: a circular account avatar showing your initials (a ? when you are signed out), which opens the account page at /account — your team and its seats, your usage and cloud runs, your plan and billing, your sign-in security and your preferences: appearance, language and the preferences file (Your Account, Team & Cloud Runs, Preferences, Tariffs & Theming); a ? link that opens this manual at the chapter of the view on screen; and a § legal link to /legal, where the licence agreement, the Enedis mandate, the third-party notices, the accessibility statement, the data-processing agreement, the terms of sale, the simulation and financial disclaimers and the legal notice stay readable, signed in or not, once you have accepted the licence agreement in this browser. For a Manager, a number on the avatar counts the seats out of an allowance and the people waiting for a seat; hover it for the details (The Team & seats section).
When entries unlock
With no project open, only two entries are live: Project and Catalogue, beside the account avatar and the ? and § links at the foot. Every other entry is greyed out and does not respond to a click, because each of them edits or renders the loaded project. Open or create a project on Project and the whole rail lights up.
Two further rules are worth knowing:
While a guided tutorial is running, the rail is fully unlocked so the tour can walk you through it.
If your deployment requires signing in, the entire rail — every entry — stays greyed until you have a session. The account avatar in the rail foot is your way in.
What the rail tells you while you work
The rail is not only navigation; it is also a status display.
- A coloured glyph
An entry whose screen has a problem is re-tinted: orange for a warning, red for an error. Hover it and the tooltip lists every issue under the entry's name, one line each with the field and the message. Fix them and the colour goes away. Results has a single check,
Calculation: The calculation has not been run: it stays red until the project you have open has had a successful run in this browser, and goes red again when you open or create a project that has none. Nothing is validated while no project is loaded or while a tutorial is running.- A moving beam
A glyph with light sweeping or rising through it means work is in flight for that screen: an Enedis download animates Consumption, a weather fetch animates Map, and a simulation animates Results.
- The selected entry
stays highlighted for every address it owns — so Results remains lit whether you are on
/results, on a specific run, or on a cloud run.
Tip
Because the rail is icon-only, hover to confirm which entry you are about to click. A few useful addresses are not rail entries at all: the pre-sizing aids at /presize, reached from the system cards, and your account, team and cloud runs at /account, reached from the avatar.
How this manual maps to the workflow
The manual follows the same top-to-bottom arc as the rail, so you can read it straight through as you build your first project, or jump to the view you are on:
Getting Started — opening the app, signing in, the window, and creating your first project.
The Project Tab through Reporting & Export — one chapter per major view, in workflow order: project, consumption, map, catalogue, electrical, storage, production, the Earth view, charts and reporting.
Batch Simulation & Scenario Sweeps and Automating Cloud Runs — automation: batch scenario studies in the interface, and the HTTP API for headless runs.
Preferences, Tariffs & Theming — application-wide settings.
Guided Tutorials & Onboarding — the built-in guided tours.
Your Account, Team & Cloud Runs — your account, your company's team and seats, plans and quota, and the cloud run history.
AI Assistants — connecting an AI assistant to your account: what it can do, the entry to add for each client, and what its work counts against.
Simulation Physics & Data Reference and Reference: Glossary, File Formats & Troubleshooting — reference material: the physics and loss models, units, keyboard shortcuts and glossary.
A word on PVsyst
If you come from PVsyst, two things will be familiar from the start. pvSpline reads your existing PVsyst component files directly — .PAN modules, .OND inverters and .BTR batteries — so you keep your parts with no re-entry (an import needs the Manager or Admin role; see The Component Catalogue). And you will recognise the vocabulary of the results: a loss cascade from the irradiance on the plane of the array down to the energy at the grid meter, and P50/P90 exceedance yields (Running a Simulation & the Production Tab).
Field reference
The Introduction chapter has no data-entry fields of its own — it is your map of the application. What follows is the orientation table: every entry in the navigation rail, its address, what you do there and where it is documented.
The navigation rail
Entries are listed in display order. Rail names are the tooltips you see on hover, since the rail is icon-only. “Unlocked” says whether the entry works before a project is open.
| Rail entry | Route | You use it to… | Unlocked | Chapter |
|---|---|---|---|---|
| Project | /project | Browse and open saved projects; set client identity, system type, sizing, tariffs, financing, carbon and storage; launch the guided tutorials. | always | The Project Tab |
| Consumption | /consumption | Import, fetch or generate the load the system must serve; add extra sources such as EV charging. | project | The Consumption Tab |
| Map | /map | Draw the array on IGN aerial photography, auto-fill modules, set per-polygon angles, paint strings. | project | The Map & Site Design Tab |
| Batch | /batch | Run parameter studies, matrices and auto-sizing over the loaded project. | project | Batch Simulation & Scenario Sweeps |
| Production | /production | Launch the run; read yield, losses, schedules, probabilistic yield and measured-vs-simulated validation. | project | Running a Simulation & the Production Tab |
| Diagram | /diagram | Review the single-line diagram, re-route strings, size conductors, check code compliance. | project | Electrical Design & the One-Line Diagram |
| 3D view | /earth | Stream the photorealistic 3-D view of your site; record sun-path clips; bake 3-D shading. | project | The 3D Earth Site View |
| Video player | /video | Play the sun-path clips recorded from the 3-D view. | project | The 3D Earth Site View |
| Results | /results | Explore the charts and heatmaps, and preview, theme and export the PDF report. | project | Charts, Heatmaps & Tables |
| Catalogue | /catalogue | Browse, import and manage modules, inverters, boxes, cables, mounting structures, batteries, generators, pumps and tariffs. | always | The Component Catalogue |
| Account avatar | /account | Sign in and out; follow your team and its seats, your usage and cloud runs, your plan and billing; manage two-factor sign-in and service tokens; set your preferences: appearance, language. For a Manager, a badge counts the seats out of an allowance and the people waiting for a seat. | always | Your Account, Team & Cloud Runs |
| ? Manual | /docs | Read this manual, open at the chapter of the view you are on, and search it. | always | — |
| § Legal | /legal | Read the licence agreement, Enedis mandate, third-party notices, accessibility statement, DPA, terms of sale, simulation and financial disclaimers and legal notice. | always | — |
| Field / Control | Type & unit | Default | What it does & how to set it |
|---|---|---|---|
| Navigation rail | icon rail (vertical, left edge) | Project | The primary navigation. Each entry is an icon; hover for its name. Clicking swaps the work area and changes the URL. The project's views run in workflow order from the top; Catalogue sits apart at the foot, below a thin line, above the account avatar, the ? link and the § link. |
| Entry state | enabled / greyed | greyed | With no project open only Project, Catalogue and the account avatar respond; the rest grey out until a project is loaded. A running tutorial unlocks them all; a deployment that requires sign-in greys all of them until you have a session. |
| Entry tint | status colour | none | Orange = at least one warning on that screen, red = at least one error. The tooltip lists each issue as “field: message”. Clears when the issues are fixed. On Results it means the open project has no successful run in this browser yet; running it clears it. |
| Loading beam | animation | off | Light sweeping or rising through a glyph means work is in flight: Enedis on Consumption, weather on Map, a simulation on Results. |
| Account avatar | button (initials) | ? | Rail foot. Shows your initials when signed in, ? when not; opens /account, at the top, on Team & seats, once you are signed in. For a Manager, a number on it counts the seats out of an allowance and the people waiting for a seat, red while something is out, and its tooltip says which. Present only where a cloud endpoint is configured. |
| Manual link | link (?) | — | Rail foot. Opens this manual at /docs, at the chapter of the view on screen; signed in or out, even before the licence agreement is accepted. |
| Legal link | link (§) | — | Rail foot. Opens /legal, available signed in or out once the licence agreement has been accepted in this browser. |
Addresses that are not rail entries
A handful of useful screens are reached from inside a view rather than from the rail. They are ordinary addresses: you can bookmark them and share them.
| Route | What it is | Chapter |
|---|---|---|
/results/cloud/<id> | A specific finished run. Every run link lands on one of these, so a result has an address of its own that you can bookmark and come back to. | Charts, Heatmaps & Tables |
/project?open=<save id> | Opens that saved project on Project, after sign-in if needed. It is the link an AI assistant hands back after creating a project for you. | The Project Tab |
/results?doc=<document> | The Results view on one of its other documents instead of the study report: tender the tender dossier, permit the town-hall permit, consuel the Consuel dossier. The key rides on a run's address too. | Reporting & Export |
/results?permit=1 | The Results view on the town-hall permit with its form open, so a link or a bookmark goes straight to the dossier. | Reporting & Export |
/presize | Preliminary pre-sizing aids for off-grid and solar-pumping systems; works with no project. | Storage, EV & Specialized Systems |
/account/<section> | The account page's sections, one under another on one page; each address opens the page scrolled to its section: /account/team (the seats in use, join requests and invitations), /account/usage (the seats table; in Advanced mode, the meters and the cloud run history), /account/billing (plan and billing), /account/security (two-factor authentication, sessions and service tokens) and /account/preferences. A bare /account opens at the top, on the first. | Your Account, Team & Cloud Runs |
/docs, /docs/<chapter> | This manual: its contents and search, or one chapter. ?lang=fr or ?lang=en shows it in that language for the visit. | Getting Started |
/oauth/consent | The page an AI assistant opens for you to sign in and allow it. | AI Assistants |
/legal | Licence agreement, Enedis mandate, third-party and open-source notices, accessibility statement, DPA, terms of sale, simulation and financial disclaimers, legal notice. | — |
Note
A few older addresses still work and simply redirect: /optimize lands on /batch (auto-sizing is a stage of the batch study, and any ?cloud= link is preserved), /themes and /results?view=report land on the report on /results, /team lands on /account/team, /settings lands on /account/preferences, /cloud lands on the cloud runs of /account/usage, /earth/stream lands on /earth, and /run, /edit, /projects and /tutorials all land on /project.