The aion electric car is equipped with a synchronous ac front motor and a lithium-ion battery. The total power of the motor is 180 kw, and the maximum torque can reach 309 n·m. It has a top speed of 163 km/h and can accelerate from 0 to 100 km/h in just 6.7 seconds. It is positioned as a compact sedan.Equipped with the adigo intelligent in-car system, featuring a qualcomm snapdragon 6125 intelligent chip. It supports ota upgrades, vehicle networking, facial recognition, keyless entry/start, wireless phone charging, and intelligent voice systems. It provides a full-scene voice interaction experience, with voice wake-up for convenience and efficiency. It is also equipped with the adigo pilot driving assistance system, supporting l2-level driving assistance, panoramic imaging, full-speed adaptive cruise control, automatic parking, mobile app control, and remote parking functions.
Head-turning Design
The aion s max's aerodynamic silhouette, accentuated by the stylish fastback roofline and sleek led headlights, makes a bold statement on the road.
Effortless Power
Choose from two electric motor options, delivering either 204 or 245 horsepower, for a responsive and exciting driving.
Go further, charge less
With a long driving range of up to 610 kilometers (nedc) on a single charge, the aion s max liberates you from range anxiety, empowering you to conquer extended journeys with confidence.
Spacious Interior
The aion s max's generous dimensions and thoughtfully designed cabin provide ample legroom and headroom for all passengers, ensuring a comfortable journey for everyone.
Intuitive Technology
Immerse yourself in a world of connectivity with the aion s max's user-friendly touchscreen infotainment system and a suite of advanced driver-assistance features.
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![Aion S Max Electric Car]()
Aion S Max Electric CarPrice : 15,000 USD FOB Price Term : EXW / FCA / CIF / CIP Payment Term : TT / LC / OA Logistics : Container / RORO / Train / Truck Lead Time : 10-15 Daysread more -
![Aion Y Electric Car]()
Aion Y Electric CarPrice : 15,000 USD FOB Price Term : EXW / FCA / CIF / CIP Payment Term : TT / LC / OA Logistics : Container / RORO / Train / Truck Lead Time : 10-15 Daysread more -
![Aion V Electric Car]()
Aion V Electric CarPrice : 15,000 USD FOB Price Term : EXW / FCA / CIF / CIP Payment Term : TT / LC / OA Logistics : Container / RORO / Train / Truck Lead Time : 10-15 Daysread more
Why Choose Us
Nationwide reach
With over 160 dealerships across china representing a multitude of brands, finding your dream car at low price is effortless.
Flexible transportation
Whether it's container, roro vessel, railway or truck, we offer a variety of transportation options to suit your needs and budget.
After-sales service
Our commitment extends beyond the sale. We offer comprehensive after-sales services and readily available spare parts for long-term peace of mind.
One-stop convenience
From initial search to after-sales care, we handle everything, making car buying a stress-free experience.
Financial freedom
We offer comprehensive financing support and flexible payment terms including t/t, l/c or oa to make your cars a financial reality.
Global network
Our extensive network of international partners ensures access to a vast selection of vehicles, catering to diverse needs and budgets.
Types of Aion Electric Car
Aion S Max Electric Car
Embrace the future of driving with the Aion S Max, a next-generation electric car that seamlessly blends cutting-edge technology with exhilarating performance and sophisticated design.This remarkable electric car isn't just a mode of transport; it's a statement. Whether you're a tech enthusiast seeking an innovative driving experience, a style-conscious driver who appreciates a head-turning design, or an eco-friendly commuter prioritizing sustainability, the Aion S Max caters to your needs.
Aion Y Electric Car
The Aion Y electric car is more than just a mode of transportation; it's a statement. This compact electric SUV perfectly blends cutting-edge technology with a trendy design and impressive range, making it ideal for eco-conscious drivers, urban explorers, and style-savvy individuals.The Aion Y is the perfect electric car for the modern driver seeking an exciting, eco-friendly, and budget-conscious way to navigate the world. With its captivating design, impressive range, and advanced technology features, the Aion Y offers an unparalleled driving experience that sets a new standard for electric SUVs.
Aion V Electric Car
The all-new AION V from GAC Aion has officially hit the market, showcasing a significant update in design and technology. Built on the AEP pure electric platform, this compact SUV is a testament to the brand's commitment to innovation and sustainability.The all-new AION V is more than just an electric SUV; it's a testament to technological advancement and sustainable mobility. With its sleek design, powerful performance, and advanced features, the AION V is poised to redefine the compact electric SUV segment.
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.
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.
The working principle of electric vehicles (evs) is based on the conversion of electrical energy stored in batteries or generated through other means into mechanical energy to propel the vehicle.
Here is a detailed overview of the working principles of electric vehicles:
Energy storage
Electric vehicles use batteries to store electrical energy. These batteries are typically made of lithium-ion cells, which are known for their high energy density and long cycle life.
Electric motor
Instead of an internal combustion engine, evs use electric motors for propulsion. When electricity flows through the motor, it creates a magnetic field, which causes the motor to spin. This spinning motion is then transferred to the wheels, propelling the vehicle forward.
Power electronics
This component converts the direct current (dc) from the battery to alternating current (ac) for the motor. It also controls the speed and torque of the motor, allowing for smooth acceleration and deceleration.
Regenerative braking
It is one of the highlights of many evs. When the vehicle slows down, the electric motor functions as a generator, converting some of the kinetic energy into electrical energy, which is then stored in the battery. This process helps to increase the vehicle’s range.
Charging
Plugging an electric power source into an ev allows you to recharge the battery. Charging might take anywhere from a few minutes to several hours, depending on the charger type. Later, we will discuss the various charging levels for an electric car.
How to Choose Aion Electric Car
Daily use
What will you typically use the car for? Would a family car that gets you from a to b be the best bet? Or do you need a more robust suv, with plenty of storage for long drives on country terrain? Think about what you need day-to-day so that you can better focus your search.
Charging and battery size
How often you’re able to charge and what sort of range you want will make a difference to the size of car battery you need. As a general rule, the bigger your car battery, the more charge it’ll hold and the longer you’ll be able to drive on a single charge.
Charging at home is the cheapest and easiest way to recharge and gives you greater flexibility. You can opt for cars with smaller batteries and less range that need more frequent charging or choose a bigger battery you can easily charge at home overnight.
If you’re more reliant on public charging, that doesn’t mean you shouldn’t get a smaller-range car, but it’s worth considering whether a bigger battery and longer range might work better for your situation. You can find out more about how long it takes to charge an ev in our guide to electric car charging times.
Cost
Electric cars are generally more expensive upfront than their petrol or diesel counterparts, but the cost of an electric car varies widely. So while higher-end vehicles can come with a hefty price tag, there are plenty of more affordable electric cars on the market too.
Make sure to think carefully about your needs and how much you want to spend so you can set a realistic budget. For more affordable options it’s also worth considering getting a car on a personal ev lease. With modest monthly payments and a fantastic range of vehicles on offer, you can drive a high-spec electric car that you might not otherwise be able to afford. With our ultimate ev package you can take advantage of added benefits, like a free home charger, 4,000 free miles of home or public charging, servicing and repairs, and breakdown cover, too.
How Does Driving An Electric Car Differ From Driving A Petrol Or Diesel Car?
Acceleration
Evs do not need to warm up or be in the right gear to provide their best performance. Electric motors produce their maximum torque (the thing that presses you back into your seats when you accelerate) all of the time. That means that even the smallest evs will leap away from the traffic lights faster than just about any conventional car.
This intense initial acceleration does taper off as the speeds rise, most evs are limited to below 100mph, but most are very quick and responsive up to the uk’s legal speed limits and during overtaking. Some performance evs like the porsche taycan, offer a two-speed transmission, this allows for stronger acceleration at autobahn speeds, where a regular ev would usually be moving over for a petrol-powered car.
Braking
Regenerative braking systems are another big feature of evs: These harness kinetic energy, which would otherwise be wasted, of the vehicle as it is slowing down, converting it into electrical energy to top up the battery pack. This means that the car will start to slow down as soon as you lift your foot off the accelerator pedal.
It may seem odd at first, but it quickly becomes second nature to glide to a stop without touching the brake pedal. Most cars offer a range of settings for the regenerative braking system, allowing one pedal driving.
You can usually choose different settings for strength of the regenerative braking system; this is sometimes done via the touchscreen, sometimes by paddles to either side of the steering wheel, and sometimes by choosing ‘b’ mode on the gear selector.
Sound
Petrols and diesels make all sorts of sounds from under their bonnets and out their exhaust pipes. These range from the mildly annoying to captivating mechanical symphonies and depend on all sorts of technical factors.Evs make a low whuuuuuuuum sound, some add artificial aural accompaniments to this near-silent progress.Evs also emit an artificial sound outside the cabin to alert other road users of their presence.
Range
Petrol and especially diesel cars still have an edge when it comes to the total range between refills as well as the time it takes to refill with fuel.
Petrol and diesel cars are only limited by the size of their fuel tanks on how far they can go without refuelling (usually between 350 and 600 miles). Some manufacturers offer larger fuel tanks as an option, and if you’re heading off road, a few extra jerrycans of fuel will get you the extra mile or miles. When you don’t need the range, you can leave the tank partially empty which helps keep overall weight down.
The Beginner's Guide To Charging Your Electric Car
EV charging at home
By far, the most popular EV charging location is the home, with over 64 percent of EV drivers regularly charging there. This is hardly surprising – home charging is the most convenient and usually also the cheapest place to charge an EV.
Instead of having to go out of your way to find a charging station, you can simply plug in your EV when you come home from work and wake up to a fully charged car. And because you don’t have to pay any surplus on top of your electricity tariff, charging at home is almost always cheaper than using a public charger.
EV charging at the workplace
While charging at home is undoubtedly the most popular, the workplace is not far behind, with 34% of EV drivers regularly charging their cars at work. Given that other than the home, people spend most of their time at work, charging at the office is a compelling way to make use of their time.
That said, many workplaces are still to offer suitable EV charging facilities for their employees, with 65% of EV drivers saying their workplace doesn’t have enough charging options. This explains why 27% of EV drivers would like to charge at work, but aren’t able to.
EV charging at gas stations
While a gas station may be the last place you think of seeing an EV, their convenient location along major roadways actually makes them excellent charging places, especially for fast charging. It makes sense, then, that 29% of EV drivers regularly charge their vehicles at gas stations, plus a further 1 in 5 would do so if they had the option.
EV charging at retail and hospitality facilities
Unlike gas-powered cars, where filling up the tank requires an intentional visit to a gas pump, EVs open up what’s called opportunistic charging, or the ability to charge at a location because it offers charging possibilities rather than out of pure need.
Unlike gas-powered cars, where filling up the tank requires an intentional visit to a gas pump, EVs open up what’s called opportunistic charging, or the ability to charge at a location because it offers charging possibilities rather than out of pure need.
Public EV charging
Sometimes, you might just have to charge your EV while you’re away from home and work, but you might not be able to find retail or hospitality facilities that offer charging. Alternatively, depending on your home, you might not be able to install an EV charger, and you might not have access to one at work, either. This is where public EV charging comes in.
Public chargers are accessible by everyone and are commonly found in roadside public parking spaces or parking garages. They can be used by anyone in exchange for a fee, although you might need for sign up to a service or create a new account.
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