Full geometry search
Core section, conductor selection, layer arrangement and cooling ducts are searched together as one problem, because that is how they interact.
Distribution transformer design
Search the wholedesign space.Quote in hours.
Ecitron works through millions of manufacturable transformer designs against your constraints and your material prices, then returns a ranked shortlist with losses, impedance and cost for every candidate.
The bottleneck
The RFQ arrives Monday. The design desk is the queue.
Every variant is worked by hand. Change the core diameter and the winding is redone; change the conductor and the losses move; change the layer count and the impedance goes out of tolerance. Each pass costs hours.
So one workable design gets costed, and that is the design you quote. Not because it was the best one available, but because there was no time to find a second.
The margin left on the table never shows up on any report.
What it does
One run, the whole space.
Every candidate fully costed
No-load loss, load loss, short-circuit impedance, winding resistances and material cost are computed for each design in the same pass — at your current copper, aluminium, steel and oil prices.
A shortlist, not an answer
Results come back ranked and comparable, so the trade-off between loss guarantee, impedance and cost is visible before you commit to it.
Runs you can re-open
Inputs, constraints, prices and results are stored together. A quote sent in March can be reconstructed exactly in November.
How it works
Four steps from enquiry to quotation.
01
Set the constraints
Rating, voltages, vector group, tapping range, loss guarantees, impedance tolerance and temperature-rise limits. Then the part most tools ignore: the conductor sizes, core widths and materials you actually hold in stock.
02
Run
The engine works through the space and streams valid designs back as it finds them. You can watch a run progress, and you can leave it and come back.
03
Compare
Sort the shortlist by cost, by loss, or by impedance. Open any candidate for its full geometry, winding schedule, loss breakdown and bill of materials.
04
Quote
Take the chosen design's material list and cost straight into the quotation, with the run behind it on record.
Engineering
Written by a transformer manufacturer, not modelled from a textbook.
Ecitron comes out of twenty-five years of designing and building distribution transformers. The calculation chain was not assembled from published approximations; it is the working method of a manufacturing shop, rewritten as software.
It is checked the same way. Designs that have been built are compared against their measured test results — mass, winding resistance, no-load and load loss, impedance — line by line, unit by unit. Where the model and the factory disagree, the model gets corrected.
Note
Ecitron supports engineering judgement. It does not replace independent verification by a qualified engineer, nor the type and routine testing required before a transformer is placed in service.
Pricing
Priced per plant, quoted on request.
Every manufacturer runs a different mix of ratings, materials and volumes, so pricing is set after a short conversation rather than guessed from a table.
Starter
A single design desk
- One design engineer
- Standard run capacity
- Full design and quotation output
- Email support
Professional
A full engineering team
- Multiple named engineers
- Higher run capacity
- Shared design and material library
- Priority support
Enterprise
Multiple plants
- Unlimited named engineers
- Dedicated run capacity
- Named technical contact
- Deployment options on request
Contact
Tell us what you build.
Send the ratings and voltage classes you manufacture and roughly how many quotations you turn around in a month. We will tell you honestly whether Ecitron is worth your time.
About this site
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