Why small teams look beyond EPLAN
The motivations are rarely about features:
- The licence is quoted, not listed. That is fine for a department with a budget process and painful for a firm that needs an answer today.
- Two seats minimum. One engineer designs, another reviews. A single seat becomes a bottleneck in the week its owner takes leave.
- Implementation is a project. Templates, libraries, numbering conventions and plot frames all need configuration before the first real drawing.
- Demand is lumpy. Four panels in spring, none in January, subscription constant.
- The client wants a PDF. The depth you paid for often stops at the print export.
There is also the skills problem. EPLAN competence takes months to build, so a small firm that trains one person now depends on that person — a business risk disguised as a training plan.
What EPLAN does better than anything else here
To keep this honest: for serial switchgear and machine control, nothing here matches EPLAN. The project database keeps schematic, terminal, cable and report data consistent by construction. Cross-references cannot silently drift. Multi-user work on one project is a designed feature, not a file-sharing workaround. If that is your work, keep EPLAN and reduce what you push through it rather than replacing it.
Total cost of ownership: six lines, not one
TCO comparisons usually fail because they compare licence prices. Build the number properly:
| Cost line | EPLAN Electric P8 | Focused alternative |
|---|---|---|
| Licence | Quoted by partner, configuration-dependent | Published subscription or free tier |
| Workstation | Windows plus a capable machine per seat | Browser; existing hardware |
| Implementation | Templates, libraries, standards, days to weeks | Hours or none |
| Training | Courses plus weeks of practice | Hours to a first result |
| Administration | Updates, licence management, backups | Included or minimal |
| Cost of errors | Low with a mature process | Depends on checks and discipline |
The decisive lines are implementation and training, not licence. Two or three weeks of an engineer's time usually costs more than a year of a focused tool, and that time is spent whether or not the rollout succeeds. In small firms it frequently does not: the licence is bought, the old project stays open, and the platform becomes an expensive viewer.
For alternatives, be concrete. GorkyCAD's free tier covers 3 projects and 100 objects — a real small project. Pro removes limits and unlocks exports and the AI allowance; terms are on the pricing page, not quoted here because they vary by region.
Three scenarios that actually work
Scenario A: keep EPLAN, narrow its scope
The most underrated option. If 80% of the value comes from panel schematics, stop forcing plans, socket layouts and single-line diagrams through the same platform. Keep EPLAN for control documentation and move the building side elsewhere. You still pay for the full licence, but you stop paying in hours.
Fits: firms with a mature EPLAN process and steady panel work.
Scenario B: hybrid — EPLAN for panels, browser for buildings
The pattern most small teams land on. Control schematics and terminal documentation stay in EPLAN because that is where the automation earns its keep. Building electrical work — flats, offices, retail units — moves to a browser tool that goes from floor plan to panel schedule to single-line diagram to calculations and a bill of materials without a CAD install.
That split is not elegant on paper, and it is cheap in practice: one heavy licence for the work that needs it, one light subscription for everything else. The cost comparison in AutoCAD Electrical alternatives works through the same arithmetic from the other direction.
Scenario C: focused tool as the only tool
If the firm does no control panels, EPLAN is infrastructure without a workload. A building-electrical tool covers the actual deliverable chain: import a plan or PDF survey, trace walls and rooms, place devices, build circuits and a panel, generate the single-line diagram, run load, voltage-drop and cable checks, produce a specification and export PDF, DXF, XLSX or IFC. GorkyCAD adds 41 built-in checks for common design errors and an AI assistant that proposes layouts you review.
Fits: bureaus and freelancers whose projects are buildings, not machines, typically up to a few thousand square metres.
The learning curve, in weeks
Approximate, and dependent on background, but the order of magnitude is what matters:
| Tool | First useful result | Confident use |
|---|---|---|
| EPLAN Electric P8 | 2–4 weeks | 3–6 months |
| AutoCAD Electrical | 1–2 weeks | 2–4 months |
| Desktop panel packages | 1–2 weeks | 1–3 months |
| GorkyCAD | hours | 1–2 weeks |
An engineer who already thinks in EPLAN will be productive in a browser tool within a day, because the hard part — circuits, protection, documentation logic — is knowledge, not interface. A newcomer with no electrical background will take longer in any tool, and no interface fixes that.
The important consequence: EPLAN's learning cost is repaid by automation at volume. At three panels a month it is not repaid. At thirty, it is.
Migration from EPLAN: what survives
This is where expectations need managing.
- PDF sets survive as images. Useful as an underlay and as a reference for review, not as editable data.
- DXF/DWG exports survive as geometry and layers, without semantic links between schematic and layout.
- EPLAN XML and tabular exports carry equipment lists and connection data, not project structure.
- Macros, scripts and templates do not transfer.
So plan a re-issue, not a migration. Keep the old project as the PDF benchmark, rebuild the current revision in the new tool, and reconcile against the bill of materials. Repetitive work takes an afternoon; a one-off, a day.
Choosing in one meeting
- Count projects that need control schematics. Under a third of the portfolio? The platform should not be the primary tool.
- Multiply implementation hours by your loaded rate. Add it to year one. That is the real licence cost.
- Run one live project in the candidate, with a deadline, not a tutorial file.
- Check the output as the client sees it: PDF readable, schedule consistent, BOM reconciled.
- Name the person who maintains templates in six months. If there is no name, the answer is the simpler tool.
Step 3 is the one that changes minds. A demo project shows how many steps sit between a floor plan and a finished document set, and where manual work remains.
Where the web option is the wrong answer
Say it plainly:
- PLC and control schematics are out of scope for GorkyCAD. No relay logic, no terminal strips, no PLC addressing.
- Offline work is impossible. The editor is a browser application; sites without connectivity need a desktop tool.
- DWG editing is limited to DXF import and export. Block attributes, dynamic blocks and external references do not round-trip.
- The library is smaller than EPLAN's or Autodesk's. It covers common building devices, not a curated corporate standard.
- Checks are not certification. 41 rules catch mistakes; they do not replace engineering review, and no authority has certified the product.
If any of those is a hard requirement, choose a desktop alternative and revisit later.
A 30-day transition plan
Days 1–3: inventory. Which project types repeat, which documents the client actually accepts, where the hours go.
Days 4–7: pilot on one real project with a deadline, in the candidate tool.
Days 8–14: templates — title block, symbols, specification layout. This determines whether output looks familiar.
Days 15–21: second project, now with calculations and checks. Compare hours against the first.
Days 22–30: decide against a criterion set in advance, for example "accepted without formatting rework and at least a third fewer hours". Then either keep the hybrid or roll back.
A criterion agreed before the pilot is the difference between a decision and a drifting subscription.
Start with the demo, review plans, and read the workflow notes in the documentation. For the wider category, see the electrical CAD buyer's guide; for the diagram workflow, single-line diagram software. More comparisons are in the blog.
Sources
- EPLAN — platform overview: eplan.com
- EPLAN — Electric P8 product page: eplan.com
- Autodesk — AutoCAD Electrical toolset: autodesk.com
- IEC — standards catalogue (IEC 60364 series): iec.ch
- NFPA 70, National Electrical Code: nfpa.org
Informational only, not legal or engineering advice. Prices and licence terms change; confirm them with the vendor. Verify normative requirements against the edition in force for your project.
For serial control panels, practically no: cross-references, reports and the data model are the product. For building electrical work, yes — and often at a fraction of the setup effort.
EPLAN is quoted per configuration, so ask a partner. GorkyCAD has a free tier (3 projects, 100 objects) and Pro; see [pricing](/en/pricing/). Desktop alternatives are usually per seat, often with maintenance.
They stay as PDF benchmarks. DXF and XML exports carry geometry and data but not project structure, so current revisions are re-issued rather than converted.
Yes for building work, including shared review, provided you accept no offline mode and a smaller library. It is not suitable if either engineer works on PLC documentation.
Pilot in week one, a second project in week three, a decision in week four. Fluency comes in one to two weeks of regular use.
Only if a client or a project type requires the environment. Many small firms keep one seat and run building work elsewhere.
Yes — it runs in a browser. There is no desktop build and no offline mode.
Design it in the browser
Turn the plan into circuits, a panel schedule, a single-line diagram and a calculated bill of materials. Start free or open the demo.
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