Comparing wallbox manufacturers means comparing hardware platforms, not catalogue covers: the electrical class, the connector and cable form, how access is controlled, what connectivity is built in, and how the unit installs. Two platforms that look alike in a brochure can lock a distributor into very different markets and spare-parts shelves. Score every platform on the same five axes, confirmed in writing, before price enters the discussion.
Key Takeaways
- Compare platforms on five axes: electrical class, cable form, access control, connectivity, installation form.
- Certification attaches to a configuration — variant discipline is a platform quality.
- What a listing does not name — a network protocol, say — is a written question, not an assumption.
- Confirm every axis in writing before price enters the discussion.
The Five Axes of a Wallbox Platform
| Axis | The options you will meet | Confirm in writing |
|---|---|---|
| Electrical class | Single-phase units in the 7 kW class, three-phase 22 kW units, North American units up to 48 A | Rated current and supply for each market version of the platform |
| Connector and cable form | A tethered cable or a socket; NACS or Type 2 depending on market | Which form each market version ships in, and the cable length where the listing states one |
| Access control | Open start, app start or RFID — exactly as listed per model | What the listing states; an unlisted method does not exist for your order |
| Connectivity | App-connected models, networked models naming a protocol such as OCPP, or offline units | The protocol and version named in the listing — “smart” alone confirms nothing |
| Installation form | Hard-wired, or a plug-in version on a stated plug | The supply-side options for the exact variant your installers will fit |
The axes interact: an app-only platform cannot serve a managed-parking project that requires a named protocol. Compare platforms as systems, axis by axis — the comparison our piece on 11 kW vs 22 kW wallboxes for European distributors runs for the electrical axis alone.
Read the Platform, Not the Flagship Model
A platform is the shared hardware base behind a family of variants. Ask how many market versions one platform covers, whether enclosure and mounting are shared, and what changes between variants — connector, supply, access control — without changing the certified core. Certification attaches to a configuration: a platform reaching your market by informal part swaps is a documentation risk, not a convenience.
Then weigh breadth against focus. One platform spanning several classes simplifies spares and training; a narrower one may fit one segment precisely. Neither is automatically better — the evidence is the variant list and the documents behind each variant. Feature definitions live in our guide to wallbox home charger features; the platform question is which of them the hardware base carries, per model, in writing.
Worked Example: Two EVDANCE Platforms on the Five Axes
The EV-ACT5006T is a Level 2 wall charger of up to 48 A, hard-wired or on a NEMA 14-50P plug, with a NACS connector, a 25 ft cable and an IP65/IP66 rating pair, listed with ETL, FCC and CE. On the axes: a North American electrical class, tethered form, plug-in or hard-wired install.
The EV-ACT3204PE is a 22 kW wallbox on a three-phase supply, offered with a tethered Type 2 cable, with RFID and app access as listed, an IP66 rating pair and CE. On the axes: a European three-phase class, a choice of cable form, named access control.
Read the gap as carefully as the entries: neither listing names OCPP. If your channel needs a networked platform, that is a written question to the maker — never assumed from the word “app”. The full range sits on our products page.
Score EVDANCE on the Same Axes
EVDANCE is a Shenzhen EV charger manufacturer founded in 2011, with its own factory, exports to more than 30 countries, private label from 100 units and a 3-year standard warranty. Send us your five-axis sheet and market via our OEM and private-label program or contact us — and score the reply against every other platform on your list.
Frequently Asked Questions
What does “hardware platform” mean for a wallbox?
The shared hardware base — enclosure, electronics, mounting — behind variants that differ by connector, supply or access control. You buy the base and its variant discipline, not one catalogue model.
Tethered cable or socket: which form should a distributor prefer?
It follows your market’s habits and your installers’ workflow, not a universal rule. Our comparison of tethered vs socketed wallbox chargers works through the trade-offs; the platform check is that the form you choose is a standard, certified variant.
Should connectivity decide the platform choice?
Only where your segment uses it: a home channel may never need a network protocol, a managed site cannot work without one. Confirm the protocol in the listing, by name and version.
Related Reading
- 11 kW vs 22 kW Wallbox: Which Should Distributors Stock for Europe?
- Tethered vs Socketed Wallbox Chargers: Which Should You Install?
- Wallbox Home Charger Features Explained: Display, Scheduling, and Load Management
- EV Charger Factory Audit Checklist for Importers
