As an expert in the charging pile industry, EVDANCE has rich experience in the development and manufacturing of intelligent EV charging solutions. This is where we turn our engineering insights into knowledge and share them with the global EV community.
The EV-ACS3210E’s sheet in three blocks: single-phase power to about 7 kW, an IP66 enclosure with no certification marks named, and app control with OCPP-ready.
Most charging trips at home are arithmetic: the home’s total draw passed its limit. The EV-ACS3210E’s settings let the session fit what the home can spare.
A motorhome’s hook-up feeds the motorhome first. The tow car takes what is left: read the post’s rating, subtract the motorhome’s load, and step the charger to fit.
A wall bracket parks the EV-ACS3210E beside its socket: cable looped on the wall, connector docked, charger still free to travel. No bracket is listed for this model.
A company-car energy report is the app’s session total, the company share of it, and your own tariff — with the split agreed with your employer before the first claim.
Keep the purchase record, the serial, your app account and the fault session’s record. On this charger the app history is part of the warranty file.
EVDANCE’s listing for the EV-ACS3210E states its app, monitoring and OCPP-ready path — but no firmware policy. What to ask, and why the answer matters.
A small hotel can pilot guest EV charging with one portable Type 2 charger, a confirmed socket and a reception routine — no installation project.
The app records each session’s energy, but not whose car it was. A thirty-second logging routine turns it into a claim an employer can accept.
On older UK wiring, start the EV-ACS3210E at its 10 A step and let a UK electrician set the ceiling. A current limit respects old wiring; it does not renew it.
