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.
One connector charging slowly on the EV-AC03201T is usually the shared 43 kW ceiling or the car itself, not a fault. The pattern check and swap test that prove it.
An EV-AC03201T showing offline in the back office has lost its OCPP reporting link. Work the three layers — station, network path, platform — in that order.
A public-site maintenance plan ties the manual’s service intervals to routine rounds, a platform fault log, and a named escalation path — here is how to structure one.
Accessible placement of a floor-standing charger is a set of design decisions — position, approach, reach, cable — confirmed against local requirements, not copied dimensions.
A dual-connector station gives a community two charging households per footprint; access, cost splits, and guest rules stay the board’s own recorded decisions.
Dynamic allocation is stated between one station’s two connectors, not between stations. Size for the combined ceiling, stagger, or confirm platform management in writing.
The EV-AC03201T sheet reads as site decisions: 43 kW shared sizes the supply, 22 kW per connector caps one car, OCPP and RFID run access. What the sheet omits is a question list.
A campus holds several charging publics at once. The dual-connector EV-AC03201T serves two bays per group, with RFID tiers and a phased rollout sized by session records.
Hospitals run staff shifts and visitor appointments side by side. Zone the dual-connector EV-AC03201T by car park, split access by RFID, and let platform records police the zones.
Display cars and service cars are two different charging jobs. One dual-connector EV-AC03201T runs both at once — a connector each — with RFID access and per-session records.
