Nissan Electric Vehicles

Why Buy Electric?

There are countless reasons to make the jump to electric, but which drives you the most? Is it the lower cost of maintenance? Do you prefer to have the latest and greatest state-of-the-art technologies? Or are you compelled to lean away from fossil fuels to help save the planet? What if you simply wanted to spend less money while doing something good for your community? The beauty of electric vehicles is that you can achieve many positive benefits, all while saving money in the long run. Whichever reason it may be, you'll find even more reasons to love an EV once you've taken one for a drive. Drivers from Port Angeles, Sequim, Port Townsend, Forks and beyond agree; the time to go electric is now!

Why Buy Electric

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NISSAN LEAF

NISSAN ARIYA

WHAT IS THE RANGE OF NISSAN EVS?

Whether you're looking into the new Nissan ARIYA range or want to know how far the LEAF® can go on a single charge, you'll be pleased by the answer. When properly equipped and fully charged, the new Nissan LEAF® range can reach up to 226 miles.1 Meanwhile, the Nissan ARIYA range can extend up to 300 miles.1 Not only does this make each Nissan EV the perfect choice for your commutes and drives around the Olympic Peninsula, but also for longer road trips, as you'll be able to access public fast charging stations to get your vehicle back on the road in no time. You can easily view the national network of public charging stations to see how easy it is to stop at one during your next adventure.

ELECTRIC CAR CHARGING STATIONS NEAR ME

When you purchase any new Nissan electric vehicle from Wilder Nissan you will receive free on-site charging at our dealership for as long as you own your vehicle. If you're looking for nearby electric car charging stations, you can browse the EV charging stations that are available via Electrify America. We can also chat with you about getting an electric vehicle DC fast charger installed at your home! Simply charge your vehicle overnight and it'll be ready to go every morning. Combine this vast network of EV charging stations with the impressive ARIYA battery and LEAF® range, and you'll find your vehicle will be prepared for any road trip, no matter how far.

No gas, no tailpipe emissions

No gas means no tailpipe. No tailpipe means no tailpipe emissions. So forget gas stations and put emissions testing behind you — with a100% electric Nissan, they’re truly a thing of the past.

No more oil changes

Nissan LEAF isn’t powered by an internal combustion engine, so there’s no motor oil needed for lubrication, and no oil changes required to keep it running smoothly. Ever.[*]

No tune-ups needed

Spark plugs, timing belts, oil changes — forget about them. Nissan LEAF is 100% electric, so get used to less maintenance, and less hassle. [*]

e-Pedal: one pedal, lots of fun

Imagine being able to drive your Nissan LEAF with only one pedal. Just press down for an instant rush and ease off to slow down. The same pure, direct response for accelerating and braking. It’s one smooth motion, and a whole lot of fun. Of course, your brake pedal is still there so you can brake on demand. [*]

2022-nissan-leaf-charging-at-public-garage

Save Your Gas Money

The amount you’ll save driving a Nissan EV depends on the rate you pay for electricity, average gas prices, and even how far you typically drive. Use our tool to find your customized savings. [*]

Calculate Your Gas Savings

Potential tax credits, rebates, and incentives

Depending on your personal tax situation, you may qualify for potential Federal tax incentives up to $7,500 with the purchase of a new Nissan LEAF. Depending on where you live, you may also qualify for other potential state and city tax incentives for driving fully electric. ^[2]

How do electric cars work?

The Nissan Electric Vehicle is an all-electric; its motor doesn’t require gas at all. It’s not a hybrid — instead it gets the energy it needs to drive the electric motor between its front wheels from the large lithium-ion battery mounted along the floor of the car. Charging is as simple as charging your cell phone: plug it in, and let it go.

Key componets of your EV

Charge Port

An electric vehicle’s charge port allows the battery pack to receive energy from an external power source. These power sources are referred to as electric vehicle supply equipment (EVSE), more commonly known as a charging station. Charging occurs when an EVSE is plugged into an EV’s charge port at a private residence or commercial charging station. For example, an EVSE that utilizes a standard 240-volt outlet (similar to those used for household appliances) can charge an EV overnight. [*]

Inverter

Electric vehicle inverters change the battery pack’s flow of electrons from a Direct Current (DC) into an Alternating Current (AC), which is then used to power the electric traction motor. Because lithium-ion batteries can only accept DC power — and because electric traction motors require AC power to function — inverters are necessary components for EVs. Inverters are also used to control the frequency of the AC power being sent to the motor, so they play a direct role in controlling an EV’s speed.

Electric Traction Motor

Receiving electricity from the inverter, the electric traction motor provides the power that makes an electric vehicle move. Electric traction motors are commonly powered by an alternating current, as this type of motor is more efficient and reliable than a DC motor. When AC electrons reach the motor via the inverter, they generate a rotating magnetic field that causes the motor to turn. Electric traction motors are highly efficient and powerful, as they do not feature multiple gears to shift between like an internal combustion engine — power from the pedal to the engine is almost immediate.

Electric Powertrain

An electric vehicle’s powertrain encompasses the entire high voltage electrical system that allows the vehicle to operate. An electric powertrain is commonly made up of an inverter, electric traction motor, reduction drive, and the traction battery. These electric powertrains are lightweight, compact, and provide very little vibration with instant torque. Many inverters in electric powertrains can even recover displaced energy during deceleration. This process is known as regeneration, transferring unused AC power during braking into DC power that can be stored back in the battery pack. With instant torque, long-distance range, and responsive handling, the all-electric Nissan EV gives you instant acceleration and exhilaration.[*]

Traction Battery Pack

An electric vehicle’s traction battery pack’s main function is to store energy gathered from the grid during charging. This energy is then used to power the vehicle’s motor and all other electrical components. Almost all EVs on the road today utilize lithium-ion batteries within their traction battery pack, as they have one of the highest energy densities of any battery available. Lithium-ion batteries also produce larger currents and require little maintenance compared to other battery types. Some EVs also feature an auxiliary battery that strictly powers vehicle accessories rather than drawing from the traction battery pack to power all components.