For Greek sites, sort chargers by the site’s supply before you sort them by features. Island sites and older buildings make confirmed capacity the first check: how much the site can give, and what a charger states about sharing or adjusting its draw. Then heat and exposure siting, and the connector family your cars use. This article runs the checks in order, and states no Greek voltage or phase figure — supply is confirmed in writing by the installer, as of October 2026.
Key Takeaways
- Confirmed site capacity is the first check for Greek sites — island and older sites make it the deciding one.
- Sharing and adjustment count only as stated; anything further is a written confirmation.
- No listing publishes a temperature range; heat is handled by siting and a written ask.
- The connector family comes from your own parc count; supply is confirmed per site, never assumed.
First Check: Confirmed Capacity at the Actual Site
A charger cannot draw what the site does not have. On smaller island supplies and at older sites, capacity is the deciding question. Get the site’s available capacity confirmed in writing by the installing electrician before a model is chosen, and work the load arithmetic for the planned chargers — our guide to building load calculation basics shows the method. Where confirmed capacity is smaller than the combined full draw, the next check decides whether the site works at all.
Second Check: What the Listing States About Sharing and Adjustment
Sharing and adjustment are listing facts, not assumptions. Read what each model states; anything beyond the stated words is a written question to the manufacturer. The concept is explained in our guide to dynamic load balancing; which models perform it, only their listings and the manufacturer’s written reply can say.
| Model | Stated facts | Reading for a capacity-limited site |
|---|---|---|
| EV-AC03201T | Dual-connector AC, up to 43 kW shared (22 kW per connector), OCPP 1.6J, RFID, IP54 | Sharing stated between its own two connectors only; site-level behaviour a confirmation |
| EV-ACT3204PE | 22 kW wallbox, three-phase, Type 2, RFID and app, IP66, CE | For confirmed supplies that support it; load behaviour a written confirmation |
| EV-ACS3205PE | 22 kW three-phase portable, CEE 32A, Type 2, IP66 | Full three-phase draw; confirmed capacity decides |
| ACS1605PE | 11 kW three-phase portable, CEE 5-pin, Type 2, 7.6 m cable, IP66 | The smaller three-phase draw here, for tighter supplies with a CEE point |
| EV-ACS3210E | 32A Type 2 portable, single-phase about 7 kW, IP66 | The single-phase option |
One honest note: the EVDANCE models whose listings state step adjustable current — the EV-ACS4005T at 16/24/32/40 A, the EV-ACS3210T in six steps — are North American NACS builds. For a Greek order, the Type 2 version’s setting range is a written confirmation, never carried over from the NACS listing.
Third Check: Heat and Exposure Siting
Greek summers make siting part of the specification. The listings answer exposure through stated IP ratings — the IP66 portables, the wallbox’s IP65/IP66 pair, the IP54 stations in covered bays — and our guide to IP ratings works through the code. No listing publishes an operating-temperature range, so heat is handled by siting — shade, cover, manual clearances — and a written ask for the model’s stated range.
Fourth Check: Connector Family From Your Parc
Last, count the inlets of the vehicles your sites serve, and let that count fix the connector family. The models above are the range’s Type 2 listings — cable, socket, CEE-plug and dual-connector forms. Single-phase or three-phase supply is a per-site confirmation that sorts this list further; our explainer on single-phase vs three-phase charging covers what each supports.
Ordering for Greek Sites With EVDANCE
EVDANCE is a Shenzhen manufacturer founded in 2011, exports to more than 30 countries, offers private label from 100 units and carries a standard 3-year warranty. Bring confirmed site capacities and your parc count; the shortlist follows from those two documents, plus written answers where listings are silent. For compact DC at short-stay sites, the EV-RHDC30K-L states 22 kW DC and OCPP 1.6J; its connector variant is unnamed in the listing and confirmed in writing before an order. See the full range or contact us.
Frequently Asked Questions
What voltage and phases do Greek sites use?
This article states neither, on purpose. Supply differs by site; the installing electrician confirms it in writing, and that confirmation sorts the shortlist.
Can several chargers share one small island supply?
Only within what the models state and the manufacturer confirms. One station states sharing across its own two connectors; site-level load management across separate units is a written confirmation, after the load calculation.
Is a portable charger right for a hotel?
It depends on how the site works. Fixed bays with daily turnover usually take a wallbox or station form; portables fit workshops, depots and fleets that move units between supply points.
Related Reading
- Single-Phase vs Three-Phase EV Charging: 7kW, 11kW and 22kW Explained
- IP Ratings for EV Chargers: IP54, IP65 and IP66 Compared
- Hot-Climate EV Charging: Protecting Chargers From Desert Heat and Sun
