EV Charging Stations
Stable input voltage for EV charging points, so a fluctuation on the supply side doesn't become a failed or slowed charge.
An EV charger converts and regulates power itself, but it still depends on a clean, steady input to do that reliably. A voltage dip during a charging session can cause the charger to derate its output, restart the session, or trip out altogether, and on a site running several charging points off one feeder, that risk compounds with every added vehicle. Fast chargers draw a large, sustained load that makes the supply more sensitive to sag under peak demand, which is exactly when a dip is most likely to happen. A voltage stabilizer sized to the site’s charger load keeps each point supplying the voltage the charging electronics were built around, whether it’s a single home charger or a multi-point commercial station.
Uninterrupted Charging Sessions
Corrects voltage dips before they force a charger to derate or restart a session.
Protects Charger Electronics
Keeps the charging unit's control and conversion circuitry on a stable input voltage.
Handles High, Sustained Loads
Sized for the large, continuous draw a fast charger places on the supply.
Scales to Multi-Point Stations
Specified against the site's combined charger load, from one point to a full bank of chargers.
Three-Phase Correction for Commercial Sites
Corrects each phase independently on stations running three-phase supply.