The chargers that suit Hungary are picked by duty cycle, not headline power. Measure two things at each site class you serve — how long vehicles dwell, and how many charge at once — and let them size the steps, cables and classes you stock. Grid voltage, phases and connector family are closed afterwards, in writing, per site and per model: as of October 2026 no Hungarian supply figure is stated here, because the figures that matter are confirmed at your own sites.
Key Takeaways
- Duty cycle leads: dwell time and simultaneous vehicles, measured at your own sites, size the order first.
- Stated steps and cable lengths are the facts that bite — where a listing is silent, the figure is a written question.
- Connector family is decided last, from the inlets on the vehicles your sites serve.
- Hungary’s supply figures and each model’s market version are written-confirmation items, as of October 2026.
Measure the Duty Cycle Before You Open a Catalogue
Duty cycle is the work a charge point actually does: dwell time per vehicle, sessions per point per day, and the peak number plugged in together. You already hold this evidence — fleet logs, car-park counts, shift patterns — measurable today, before any supply figure arrives. The U.S. Department of Transportation’s bands frame the split: Level 2 at 7–19 kW fits long dwells; DC fast charging at 50–350 kW serves short ones; compact DC of about 20–30 kW sits between.
Four Duty Patterns and What Each One Decides
| Duty pattern at the site | Measure this | The decision it drives |
|---|---|---|
| Workplace and staff parking | Dwell in hours; vehicles per point per day | One full session per point: a mid-range step suffices — simultaneity, not speed, sizes the order |
| Depot and return-to-base fleets | The return window; vehicles plugging in at once | Simultaneous load: adjustable steps let one model serve bays of differing confirmed capacity |
| Visitor and retail bays | Sessions per point per day; average stop length | Turnover work: higher-power AC or compact DC; cable reach decides the bay layout |
| Pool cars and mixed use | Peak overlap — most vehicles sharing points at once | Shared points: dual-connector or socketed units where vehicles take turns |
Steps and Cables: Where the Listing Facts Bite
Duty cycle hands you two spec-sheet decisions. First, current steps: where vehicles charge together against a confirmed capacity, stated adjustable steps let the installer set each bay deliberately instead of forcing one fixed rating everywhere. The EV-ACS3210T states six steps — 10/12/16/20/24/32 A — and the EV-ACS4005T states four — 16/24/32/40 A at 9.6 kW. The setting is matched to the confirmed supply, never guessed — the rating label discipline. Second, cable reach: the EV-ACS4005T states 25 or 28 ft, while the EV-ACS3210T’s listing states no cable length at all, so where layout depends on reach, close that figure in writing before ordering.
The EVDANCE Range, Sorted by Duty Cycle
Long-dwell single-phase work is served by the EV-ACS3210E: a Type 2 portable at about 7 kW, IP66, described as OCPP-ready with app and energy monitoring. Confirmed three-phase sites open the 11 kW ACS1605PE (CEE 5-pin, 7.6 m, IP66), the 22 kW EV-ACS3205PE (CEE 32 A, IP66) and the EV-ACT3204PE wallbox (22 kW three-phase, RFID and app, IP66, CE) — the classes our 11 kW vs 22 kW wallbox guide weighs. Peak-overlap shared points point to the EV-AC03201T dual-connector station: up to 43 kW shared, OCPP 1.6J, RFID, IP54. The full range is on the products page; what a step delivers by supply type is in our single-phase vs three-phase explainer.
Connector Family Last, From Your Parc
Only now does the connector question earn its place — answered by counting the inlets on the vehicles your sites serve, not by a national default. Both families sit in the range, and how they differ is set out in our comparison. Each model’s Hungarian market version, and each site’s voltage and phases, are confirmed in writing first. EVDANCE is a Shenzhen manufacturer founded in 2011, exports to more than 30 countries and offers a 3-year standard warranty; send your duty-cycle table via the distributor program or contact us.
Frequently Asked Questions
What grid voltage and phases do chargers in Hungary need?
Neither is stated here, deliberately. Both are confirmed per site, in writing, through the local installation authority or utility, and checked against the model’s rated input window before ordering.
Why do adjustable current steps matter?
Because simultaneity is the real load. Vehicles charging together against one confirmed capacity need the per-bay current set deliberately; stated steps let one stocked line cover bays of differing capacity.
How long is the EV-ACS3210T’s cable?
Its listing does not state a cable length. Where bay layout depends on reach, ask in writing before ordering — unlike the EV-ACS4005T, whose listing states 25 or 28 ft.
Related Reading
- Single-Phase vs Three-Phase EV Charging: 7kW, 11kW and 22kW Explained
- 11 kW vs 22 kW Wallbox: Which Should Distributors Stock for Europe?
- Type 2 vs J1772 vs NACS: Which EV Charger Connector Does Your Market Need?
