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.
A small vehicle can use a 22 kW DC charger only with a DC inlet, DC acceptance and a matching connector — many motorcycles and small cars are AC-only.
At 22 kW, a one-hour bus layover adds about 20 kWh before taper: a real slice for minibuses and small buses, not a turnaround tool for full-size buses.
A NACS-to-J1772 adapter maps contacts pin for pin, passing AC power and signals straight through. The car’s onboard charger does all the converting.
Any car with a J1772 inlet can use the JT02 at a Tesla AC charger. The unit must be AC, the site must allow the car, and the car’s onboard charger sets the speed.
Permission first, then: adapter onto the charger’s NACS plug, the pair into the car, start as the site directs, confirm on the car’s display, finish in reverse.
No — the JT02 is an AC adapter and a Supercharger is DC fast charging. Different power path, a digital session negotiation the adapter plays no part in.
A J1772 car can charge at home from a Tesla Wall Connector through the JT02 adapter. Sessions run at the car’s acceptance rate, up to the connector’s 48 A.
The JT02’s 80 A is the adapter’s own current ceiling, not your charging speed. Your session is set by the charger and your car — here is the arithmetic.
The JT02’s listing states silver-plated copper contacts. Here is what that material choice does at the joint every charging session depends on.
The JT02’s IP65 rating covers the adapter only. A rainy session joins charger, adapter and car inlet — each with its own rating. Here is the boundary.
