Electrically intelligent tree
Every drop is checked against the real topology: domains, protection, phases and neutral are carried downstream automatically.
Hover to previewA browser-based editor built on a real electrical topology instead of loose shapes. Drop a device and it inherits phases, protection and potentials — or gets rejected with a reason.

A topology-aware editor that treats every component as an electrical object, not just a shape on a canvas.
Every drop is checked against the real topology: domains, protection, phases and neutral are carried downstream automatically.
Hover to previewMissing RCD, unprotected socket, terminal without a feeder — errors and warnings appear as you draw and jump you to the device.
Hover to preview1P to 3P+N with automatic balancing, phase inheritance on sub-bars and correct L1/L2/L3/N/PE wire colours.
Hover to previewTerminal blocks adapt to their feeder — poles, N, PE or 24 V DC +/− — and number themselves as -X1:1, -X1:2 per strip.
Hover to previewA component library with node-level editing, ratings from real devices and admin-managed shared parts.
Hover to previewLoxone Link, Tree, Modbus and relay channels drawn as reference arrows you can click to jump between both ends.
Hover to previewSet supply, phases and project data, then drop the incoming protection.
Drag MCBs, RCDs, PSUs, meters and loads onto bars or straight onto a device.
Validation runs continuously; terminals and designations renumber on their own.
BOM as CSV or Excel with vendor prices, plus an IEC 60617 or ANSI schematic PDF.
Assign real products and vendors to your virtual components, then generate a purchasable parts list — grouped by identical items, with order codes, prices and a project total. The schematic export is drawn from the model as vectors, in single-line or full multi-line style, on framed A3 sheets with a title block.
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