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 bidirectional DC charger runs its conversion both ways — into the battery and back out as AC — and negotiates discharge limits with the car.
Your EV can power your house in a blackout only via V2L from the car or a designed V2H installation. An ordinary charger does nothing when the grid fails.
Islanding is a V2H home running separated from the grid on car power. The same word names the accident grid rules prevent — design is what tells them apart.
Yes — the transfer function is never optional: the home must be disconnected from the grid before the car feeds it. Only the form varies, by system design.
Sometimes — but neither device decides alone. The charger manual states the supply it accepts; the generator manual states what it delivers and how it is earthed.
A charging site with no grid connection: generation, storage and chargers designed as one system, sized around how long vehicles stay.
Wind can charge an EV through the home supply. The honest question is how much — and only a site wind assessment, measuring your property’s wind, answers it.
A charger can pass your energy data to a utility only through a platform, and only inside a programme you joined. Without one, the utility sees just your home’s meter total.
Voice control works only when the assistant, the charger’s platform and the charger all state the link. The platform’s documentation is the text that decides.
Yes, if the charger records its sessions and an app shows them. Live status, history and exportable reports are three different levels — check which yours states.
