Our EV AC Charger supports OCPP 1.6 and we have chargers that
support Ethernet, 3G, and 4G functions. We already have many
successful examples of projects. All of our EV AC Charger
components have passed CE certification, you can find the CE mark
on our EV AC Charger. We provide a 12-month warranty for the
charger, in addition, we also provide lifetime technical support.
There are many brands and types of Level 2 chargers, and the
difference that matters most is how much current they provide, but
that explanation gets a bit thick, so we’ll start with the simpler
differences:
Networked or Not
A basic EVSE does what’s described above with no fanfare, as our EV
AC charger has done for years, but many now offer Wi-Fi
connectivity so you can monitor, program or manually start or stop
charging remotely via smartphone app. These products are often
marketed as “smart chargers.” Some EVs duplicate these features,
often with an app of their own, so paying extra for a networked
charger might not be worthwhile — unless you’re interested in
tracking the electricity used. Cars aren’t as likely to track their
consumption while charging, and even if they do, they won’t
necessarily account for all the power, including the losses
associated with the charging process, as a networked charger can.
For home use, this EV AC charger is pretty enough.
The Operation Process of Charging:
Insert the EV charger (connect the charging plug)
Start charging (Method 1: Plug the charger and start charging;
Method 2: Use the designated charging card to swipe. The green
light flashes indicating normal charging.) Swipe the card again to
end charging.
Method 1: Pull out the charger to end the charging; Method 2: Swipe
the card again to end the charging
Put the EV charger back to its place