BYD Car is the main automotive subsidiary and brand of BYD Company, a publicly listed Chinese multinational manufacturing company. It manufactures passenger battery electric vehicles (BEVs) and plug-in hybrid electric vehicles (PHEVs), collectively known as new energy vehicles (NEVs) in China. It also produces electric buses and trucks. The company sells its vehicles under the main BYD brand and high-end vehicles under its Denza, Yangwang and Fangchengbao brands.
Advantages of BYD Car
Lower running costs
The maintenance costs of an electric car, are much cheaper than with a petrol or diesel car. An electric car has far fewer moving parts than one with an internal combustion engine, so there’s a lot less that can go wrong. An electric car doesn’t need any engine components replaced because of wear and tear or failure: Neither does it need regular oil changes.
Refuel at home
Owning an electric car means being able to conveniently charge a car at home, saving time and energy. When you’re ready to drive it, simply unplug and head for your destination, without having to make a diversion to a petrol station. It may seem like a minor thing, but fuelling where you are, rather than having to make a special trip to do it, will make our lives easier.
Quieter and more relaxing to drive
Anyone who has already driven an electric car will have been struck by just now much quieter an electric car is on the road, with the occasional distant high-pitched whine to confirm that the car is actually switched on. At motorway speeds, the sound is much quieter than with a petrol or diesel car, with no sound or vibrations coming from an engine. There’s still some noise from wind resistance and road noise from the tyres, but it’s still quiet.
More efficient
Electric car directly convert electricity into movement, which is significantly more efficient than an ice car, which burns fuel to create heat and then converts that heat into energy that can be used for motion. This means that electric car can be more than 77% efficient in converting energy to movement, while petrol or diesel cars only use about 20% of their fuel to propel the car forward: The other 80% is wasted on heat and other components that use up energy.
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![BYD E2 Electric Car]()
BYD E2 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 -
![BYD Qin Plus Electric Car]()
BYD Qin Plus 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 -
![BYD Seagull Electric Car]()
BYD Seagull 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 -
![BYD Song L Electric Car]()
BYD Song L 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 -
![BYD Song Plus Electric Car]()
BYD Song Plus 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 -
![BYD Tang Electric Car]()
BYD Tang 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 -
![BYD Yuan Up Electric Car]()
BYD Yuan Up 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 -
![BYD Qin Plus Plugin Hybrid Car]()
BYD Qin Plus Plugin Hybrid 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 -
![BYD Tang Plugin Hybrid Car]()
BYD Tang Plugin Hybrid 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 -
![BYD Dolphin Electric Car]()
BYD Dolphin 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 -
![BYD Han Electric Car]()
BYD Han 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 -
![BYD Seal Electric Car]()
BYD Seal 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.
BYD ATTO 3: Car colours
The BYD ATTO 3 stands out as the most popular model among the three. Here’s a breakdown of the colour preferences for this model.
Dominating the BYD ATTO 3 palette, Skiing White is the most favoured colour, chosen for its classic and clean appearance. Then Climbing Grey follows closely, appreciated for its sleek and modern look.
Exploring Green is up next which is a more unique choice, green adds a touch of vibrancy and eco-friendliness to the mix. Sharing the spotlight with Exploring Green, Parkour Red is chosen for its bold and dynamic presence.
Surprisingly, Surfing Blue was less common, blue offers a serene and dependable vibe. It’s also a funky shade of blue so this writer thought it would be one of the most popular colour choices.
BYD Dolphin: Car colours
The BYD Dolphin, a more compact model, showcases a different distribution of colour preferences.
Once again, Skiing White leads the way, preferred for its timeless elegance. Then, Space Black was the next most popular, with its sophistication and luxury appeal.
Adding a more playful and distinctive touch, Coral Pink is a unique choice for the Dolphin. Not everyone’s cup of tea but still comes in third!
Surfing Blue remains a steady option, reflecting a calm and trustworthy aura. Urban Grey continues to be a popular neutral choice.
BYD SEAL: Car colours
For the BYD SEAL, interestingly, Ice Blue takes the lead here, chosen for its tranquil and reliable qualities. And then we have Atlantis Grey and Indigo Grey which maintains their consistent appeal as a neutral and versatile colour for all the BYD models.
Working principles of electric car
The operations of a standard battery electric vehicle follow the following process to ensure seamless driving.
As you turn on the ignition to start the car, the inverter converts dc power from the battery to ac. Upon pressing the accelerator to start driving, a signal is sent to the controller to propel the car into driving. This involves varying the frequency of the ac power that gets to the car’s motor. Afterward, the electric motor turns the car wheels through the car, causing the driving mechanism.
Plug-in hybrid electric vehicles
As the name of this vehicle suggests, these types of electric cars use a combo of standard electric motors and fuel-powered engines. Therefore, for plug-in hybrid electric vehicles, you can recharge the batteries in traditional power outlets or public charging stations to power the engines or use fuel, which may be gasoline or alternative fuel like biofuel. This dual-power system is the main distinctive characteristic of these automobiles.
These hybrid electric car types can travel longer distances because of the dual energy source. Like the bevs, the phevs also benefit from regenerative braking systems to recharge the battery.
The vehicle features the same components as the bevs: An electric motor, rechargeable battery, inverter, control module, and if it’s an onboard model, a battery charger. However, it also has a fuel tank and an internal combustion engine for switching to fuel power.
Components of BYD Car
Motor
The motor converts electric energy into kinetic energy that moves the wheels. The advantage of using the motor instead of an engine is numerous: First, the noise and the vibration we typically associate with cars are minimized. Many passengers riding evs for the first time are surprised by just how quiet and comfortable the ride feels. Moreover, the ev powertrain is smaller than the engine, thus providing lots of additional space for efficient vehicle design―Like expanded cabin space or storage.
Reducer
The reducer is a kind of transmission in that it serves to effectively convey the motor’s power to the wheel. But it carries the special name―reducer―for a reason: The motor has a far higher rpm than that of an internal combustion engine, so whereas transmissions change the engine rpm to match the driving circumstance, the reducer must always reduce the rpm to an appropriate level. With the reduced rpm, the ev powertrain can take advantage of the resulting higher torque.
Battery
The battery stores electrical energy and is the equivalent of a fuel tank in an internal combustion engine. The maximum driving distance of an ev is often determined by the battery capacity―the higher the capacity, the higher the driving distance. In that light, increasing the capacity may seem an obvious choice, since high driving distance reduces the annoying need for frequent stops at charging stations. But the choice actually isn’t so obvious, because the battery’s size and weight also have large implications on vehicle performance. The larger and heavier battery takes away from cabin/storage space and worsens the energy efficiency and fuel economy. The best way to optimize performance, then, is to maximize the battery’s energy density―that is, having a small, lightweight battery that stores as much electric energy as possible.
Battery management system
The battery management system(bms) manages the battery’s many cells so that they can operate as if they are a single entity. The ev’s battery consists of as little as tens to as many as thousands of mini-cells, and each cell needs to be in a similar condition to the others in order to optimize the battery’s durability and performance.
Battery heating system
In lower temperatures, the battery sees a decrease in both charging capacity and speed. The battery heater exists to keep the battery within the ideal temperature range, preventing seasonal performance decreases and maintaining the max driving distance. The system functions while charging as well, ensuring the efficiency of the charge.
On-board charger
The on-board charger(obc) is used to convert alternating current(ac) from slow chargers or portable chargers used on home outlets into direct current(dc). This may make the obc look similar to the traditional inverter, but they differ crucially in function; the obc is for charging, and the inverter is for acceleration/deceleration. Incidentally, the obc is not needed in fast-charging, since fast chargers already supply the electricity in direct current.
Electric power control unit
The electric power control unit(epcu) is an efficient integration of nearly all devices that control the flow of the electric power in the vehicle. It consists of the inverter, the low voltage dc-dc converter(ldc), and the vehicle control unit(vcu).
1. Inverter
The inverter converts the battery’s dc into ac, which then is used to control the motor speed. The device is responsible for executing acceleration and deceleration, so it serves a crucial part in maximizing the ev’s drivability.
2. Low voltage dc-dc converter
The ldc converts the high voltage electricity from the ev’s high-voltage battery into low-voltage(12v) and supplies it to the vehicle’s various electronic systems. All electronic systems in the ev use electricity in low voltage, so the high voltage in the battery must be converted first to be useful for these systems.
3. Vehicle control unit
As the control tower of all electric power control systems in the vehicle, the vcu is arguably the most important component of the epcu. It oversees nearly all the vehicle’s power control mechanisms, including the motor control, regenerative braking control, a/c load management, and power supply for the electronic systems.
Specs to Consider While Buying an Electric Car
An electric vehicle is a very complicated machine with advanced technology and complex electric drivetrain. It is crucial to understand the basic functionality of an electric car before buying one. In other words, you should go through an electric car buying guide to understand the fundamentals of an ev. Below are the important specs of an ev, which you should consider before buying an electric vehicle:
Type of electric vehicle
First, you need to figure out which type of electric car you want to buy. There are mainly four types of electric vehicles: Fully-electric, hybrid electric, plug-in hybrid electric and fuel cell electric. A hybrid electric vehicle does not require any kind of external charging, and fuel cell vehicles are still in its nascent stage.
Driving range
Driving range of an electric car is nothing but the distance covered by an electric vehicle on a single full charge. The driving range is a crucial factor while buying an ev as the charging infrastructure is still in its developing phase. You might not find as many charging stations as conventional fuel stations, so it is better to buy an electric car with a good driving range.
Type of battery and capacity
Modern electric vehicles make use of lithium-ion battery packs, which are light and efficient in terms of charging and discharging. You have to also consider the capacity of the battery, which impacts the driving range of an ev. The higher the battery capacity, the better the driving range.
Charging specifications
It’s not only the battery capacity which matters, but the time taken for charging the battery is also crucial in an ev. Usually, an ev comes with charging options such as standard charging and fast-charging. Installing a fast-charger is expensive, but it can charge the battery within a few hours. Normal charging stations can be installed at your home, but it will take a lot of time to fully charge the battery.
Acceleration of ev
Usually, an electric vehicle is on par with ic engine vehicles when it comes to acceleration. Thanks to the instant torque generated by the electric motors, an ev can accelerate very quickly. The acceleration depends on the number of electric motors and the power generated by the electric motors.
Power and torque
Power of an electric car is the mechanical output provided by the electrical energy, and it is measured in hp. The torque gives you an idea of the acceleration of the ev, and it depends on how powerful the electric motor is. Better torque and power figures make the driving experience enjoyable.
Warranty on battery
A battery pack is one of the most expensive components of an ev. Usually, manufacturers provide warranty on the battery pack in terms of the driving distance or the amount of time. So, always look out for how much warranty is provided for the battery pack.
Energy consumption
You have to consider the amount of electricity consumed by an ev to determine the efficiency of the electric vehicle when compared to a conventional car. The energy consumption also determines the running cost of an electric vehicle. Usually, electric cars have very low running cost when compared to ic engine vehicles.
What Are The Daily Maintenance Precautions For Byd Car?
Charging method
When charging electric vehicles, slow charging should be the main method and fast charging should be supplemented to avoid excessive charging and discharging of the battery to maintain battery life and stable performance. At the same time, regularly check whether the charging equipment is working properly to ensure charging safety.
Driving habits
Good driving habits can help reduce battery wear and tear, such as avoiding sudden acceleration, sudden braking, and long-term high-speed driving. In addition, try to avoid using electric vehicles in high or low temperature environments to avoid affecting battery performance.
Battery maintenance
Check the battery status regularly to ensure the normal operation of the battery. If any abnormality is found, professional maintenance personnel should be contacted promptly for repair or replacement.
Tire maintenance
Regularly check tire pressure and wear, and maintain appropriate air pressure and uniform tire wear to improve driving safety and energy saving.
Body cleaning
Clean the body and chassis regularly to avoid damage to the vehicle from dust and dirt. At the same time, keep the car body dry to avoid water damage to the vehicle.
Regular inspection
Regularly check various components of the vehicle, such as the braking system, suspension system and lighting system, to ensure the normal operation of the vehicle.
Certifications
FAQ
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