Electric vehicles do not need an internal combustion engine to operate, although gas-powered vehicles do. The all-electric Nissan ARIYA® ENGAGE gets its power from an electric motor and battery pack. Learn more about the Nissan ARIYA® ENGAGE and how it works at Dutch Miller Nissan in Wytheville, VA.
Where Does the ARIYA ENGAGE Get Its Power?
Electric vehicles receive energy from a charging station. The energy is then stored within the battery, which powers the motor, which activates the wheels. A multitude of moving parts work together to provide the power to operate the vehicle.
Key Components of an Electric Vehicle
- Charging Port: Electric vehicle charging ports allow the battery pack to receive energy from an external power source also known as a charging station.
- Inverter: Electric vehicle inverters change the battery pack flow of electrons from a direct current to an alternating current to power the electric traction motor.
- Electric Traction Motor: The highly efficient and powerful motor provides the power to move the electric vehicle.
- Traction Battery Pack: The traction battery pack functions by storing the energy obtained through charging stations.
Electric Powertrain
Electric powertrains consist of an inverter, electric traction motor, reduction drive, and traction battery. An electric vehicle powertrain encases the entire high-voltage electrical system that allows the operation of the vehicle.
Explore the Electric Drivability of the 2023 Nissan ARIYA®ENGAGE in Wytheville, VA
Electric vehicles operate without burning gasoline which causes noise pollution and harmful exhaust emissions. This makes SUVs like the Nissan ARIYA ENGAGE a desired choice for the environmentally conscious.
Interested in what this eco-friendly model has to offer you and your family? Visit our Nissan dealership to experience the Nissan ARIYA ENGAGE today!
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