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The charger's charging power output is indicated by the word "3.3 kW". It shows the speed at which the electric vehicle's battery can receive energy from the charger. AC chargers are typically used for slower charging at homes, offices, or public charging stations where longer charging durations are acceptable. When the car will be parked for a long time, a 3.3 kW charger offers a moderate charging pace that is ideal for overnight charging. It is frequently classified as Level 2 charging. Numerous electric car models are compatible with 3.3 kW AC chargers. It is imperative to verify whether the charger is compatible with the particular electric vehicle model you own.
The charger's charging power output is indicated by the word "3.3 kW". It shows the speed at which the electric vehicle's battery can receive energy from the charger. AC chargers are typically used for slower charging at homes, offices, or public charging stations where longer charging durations are acceptable. When the car will be parked for a long time, a 3.3 kW charger offers a moderate charging pace that is ideal for overnight charging. It is frequently classified as Level 2 charging. Numerous electric car models are compatible with 3.3 kW AC chargers. It is imperative to verify whether the charger is compatible with the particular electric vehicle model you own.
The charger's charging power output is indicated by the word "3.3 kW". It shows the speed at which the electric vehicle's battery can receive energy from the charger. AC chargers are typically used for slower charging at homes, offices, or public charging stations where longer charging durations are acceptable. When the car will be parked for a long time, a 3.3 kW charger offers a moderate charging pace that is ideal for overnight charging. It is frequently classified as Level 2 charging. Numerous electric car models are compatible with 3.3 kW AC chargers. It is imperative to verify whether the charger is compatible with the particular electric vehicle model you own.
The charger's charging power output is indicated by the word "3.3 kW". It shows the speed at which the electric vehicle's battery can receive energy from the charger. AC chargers are typically used for slower charging at homes, offices, or public charging stations where longer charging durations are acceptable. When the car will be parked for a long time, a 3.3 kW charger offers a moderate charging pace that is ideal for overnight charging. It is frequently classified as Level 2 charging. Numerous electric car models are compatible with 3.3 kW AC chargers. It is imperative to verify whether the charger is compatible with the particular electric vehicle model you own.
Planning to buy another electric vehicle in the future? Tucker AC Charging station meets with your evolving needs and thanks to its click-on features and modular designs.
Plug in the cable to charge, and unplug to drive. We keep it safe and simple, so you can enjoy the full performance of your electric vehicle with zero effort. More than just a charging station, Tucker AC Charging Station can connect to any backend via OCPP to provide you with real-time charging session insights.
Built-in Protections prevent overcurrent and ensure the charging environment is safe.
Our customer support team can assist you without needing to dispatch a field technician.
Get the most out of your charging sessions without having to upgrade your meter board by setting the maximum amperage that the charging station can consume.
Tucker AC Charging Station is equipped with Type 2 Connectors making it compatible with every electric car on the market