The chargers that suit New Zealand are sorted first by the housing stock your customers live in. Older homes often have limited spare capacity at the switchboard, which sorts your range toward models whose listings state adjustable current; newer builds and three-phase sites take the fixed, higher-output end. Nameplate window and connector family are then confirmed per model, in writing, before you fix quantities.
Key Takeaways
- Sort by dwelling stock first: limited boards in older homes point to models stating adjustable current.
- Adjustability counts only where the listing states the steps.
- Close the nameplate window and connector family with written confirmations, as of October 2026.
- Three-phase models follow a per-site supply check, never a regional assumption.
Start With the Dwelling, Not the Charger
A distributor’s residential range fails in a predictable way: a fixed-output charger that is perfect for a new build is a problem unit in an older home whose board has little spare capacity once house loads are counted. The installer either turns it away or prices an unexpected switchboard upgrade. Sort by dwelling stock first, from a survey of the homes your channel serves — the age mix and board condition your electricians see.
| Dwelling situation | What it means for charger choice | Confirm before you stock |
|---|---|---|
| Older home, limited spare board capacity | A charger settable to a lower current fits without forcing an upgrade | The model states adjustable steps on its listing — not a brochure promise |
| Older home, board upgrade planned | Set the charger low now, raise it after the upgrade | The setting range covers both the present and upgraded circuit |
| Newer build, capacity designed in | Fixed higher-output wallboxes and portables are straightforward | The builder’s circuit matches the unit’s stated input |
| Site with three-phase supply | Three-phase models enter the range | The supply really is three-phase at that site — per site, not per suburb |
The phase question runs underneath: our explainer on single-phase vs three-phase charging sets out what each supply supports, and a model built for one is not a setting on the other.
The Adjustable-Current Check, From the Listings
Adjustability is only useful if it is stated. In the EVDANCE range, the EV-ACS4005T states 16/24/32/40 A adjustable at 9.6 kW, and the EV-ACS3210T states 10–32 A in six steps at about 7.7 kW — two models an installer can set down for a tight board and raise later. Both are listed in North American form (NACS connector, NEMA 14-50P plug), which is why the next check exists: each model’s market version for New Zealand — connector, plug form, input rating — is a written confirmation from the manufacturer before you order, never an assumption from another market’s listing. Our overview of portable charger types compares the steps.
Nameplate Window and Connector Family: The Two Remaining Checks
Two checks remain. First, the nameplate window: read the rated input range printed for the exact market version and set it against the supply your installer confirms at the site — a headline power figure is not the window. Second, the connector family: stock the inlet family your own fleet survey supports. Our comparison of Type 2, J1772 and NACS connectors by market works through the families; which mix New Zealand cars present is a count you take from the dealers and fleets you will supply. As of October 2026, both close with written confirmations — the manufacturer’s for the market version, your installer’s for the site supply.
Ordering the Range for New Zealand From EVDANCE
EVDANCE is a Shenzhen manufacturer founded in 2011, exporting to more than 30 countries, with a 3-year standard warranty and private label from 100 units. Work the sort against the full product range: adjustable-current models for the older housing stock, and the three-phase Type 2 models — the EV-ACT3204PE wallbox and the CEE-plug portables — for sites whose supply supports them, each in the market version confirmed for New Zealand. Open the conversation through the distributor program or contact us.
Frequently Asked Questions
Why does adjustable current matter so much in older homes?
Because the board, not the car, is the limit. A charger stating lower current steps can be commissioned within the spare capacity the home has, and raised if the board is upgraded — a fixed-output unit offers neither move.
Can I assume the overseas listing’s plug and connector suit New Zealand?
No. Plug form, connector family and input rating are market-version facts. Confirm the exact New Zealand version with the manufacturer in writing, and have your installer confirm the site supply against its nameplate.
Should three-phase models be part of a New Zealand range?
Where your site survey finds three-phase supply — some homes, many commercial sites — yes. The check is per site class, before quantities: a three-phase model at a single-phase site is unsold stock.
Related Reading
- Single-Phase vs Three-Phase EV Charging: 7kW, 11kW and 22kW Explained
- Type 2 vs J1772 vs NACS: Which EV Charger Connector Does Your Market Need?
- Portable EV Charger Types Explained: 10A, 16A, 32A and Three-Phase Models
- Choosing Plug, Cable and Connector for an OEM Charger by Market
