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Founded in 2014 and headquartered in Shanghai city, Shanghai Yuecheng Automobile Sales Co.,limited is currently engaged in real estate, automobile, industrial manufacturing and construction, with more than 20 subsidiaries as of the end of 2023.
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Our electric vehicle product types are diverse, including BEV, HEV, HPEV, REEV.


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What is Byd Plug-in Vehicle

 

 

BYD Super DM Technology differs from other PHEV technologies. At the heart of BYD Super DM Technology is an electric-based hybrid system. This hybrid architecture uses a high-power motor drive and large-capacity power battery as its primary power source, only using the engine for assistance. If you want to know the specifications and prices of Byd Plug-in Vehicle, please contact us!

 

Advantages of Byd Plug-in Vehicle

 

Fuel Efficiency and Tailpipe Emissions

  • By combining electric power with a gasoline engine, hybrid cars offer improved efficiency and performance. They deliver reduced greenhouse gas emissions and better fuel economy than a gasoline-only vehicle, as the instantaneous torque and mechanical efficiency of the electric motor shoulder some of the burden of moving the car around, particularly at low speeds, without needing the gasoline engine to kick in.
  • How? Electric motors are compact, simple, and powerful; with just one moving part, they can produce a lot of torque for their size and weight –which supplements what comes from the gasoline engine. By using electric power to deliver some of the vehicle's motive power, the burden on the gasoline engine is reduced, helping reduce its fuel consumption and tailpipe emissions.
  • How much more efficient can a hybrid car be? Depending on how much driving you do in the city – where the electric motor takes more of the burden – you could see your fuel bills drop by 30 percent or more compared to a similar gasoline-powered vehicle. If you do a lot of longer highway trips, you won't see quite the same benefit, but a hybrid car will still come with lower fuel bills.


Easily Adapts to Your Lifestyle

  • Perhaps the greatest benefit of a hybrid car is how easy it is. If you're coming out of a gasoline vehicle, you won't need to change any of your driving habits to enjoy the benefits of hybrid driving.
  • Unlike full electric cars and plug-in hybrids, you won't need to worry about installing a home charging station, which is a plus if you have an older home or live in a rental property with a shared parking garage. Hybrids recharge their batteries using "regenerative braking." When slowing down, the electric motor turns into a generator and charges the battery, re-capturing energy that would have otherwise been wasted. And while they can't travel any significant distance on battery power alone, the electric motor assists the gasoline engine, reducing its emissions and fuel consumption.
  • Having gasoline and electric power on-board means you can drive on gasoline when the battery's charge is depleted, making hybrid cars convenient on long journeys, or in areas where charging is hard to find. Indeed, the on-board power electronics will automatically juggle electric and gasoline power to ensure the battery is never completely depleted, even using the gasoline engine to help charge the battery when needed.
  • Cheaper to run than petrol cars.
  • Because an electric motor powers the car for at least part of the time, a hybrid will use less petrol than an internal combustion engine (ICE) vehicle. The electric motor powers the car each time it moves off, the petrol engine doesn't start working until the car is moving and has some kinetic energy. This means less fuel is required.


Environmentally Friendly
A hybrid has low harmful emissions. In fact, when running on the electric battery only, there are virtually no emissions at all. Great for the environment.


Quiet and Smooth Driving
Electric motors are almost completely noiseless and thus quieter than a petrol engine. They are also smoother in operation, improving driving and passenger comfort.


Stronger Performance
For the average-sized vehicle, the addition of an electric motor results in an extra amount of power and torque giving stronger acceleration.

 

Types of Hybrid Electric Vehicle

 

 

Parallel Hybrids

  • In a parallel hybrid system, both an engine and an electric motor can power the wheels, together or separately.
  • The "power split" part of the description means both sources come together to provide a single torque output to the wheels. Under light loads, at lower speeds, one or both motors can power the vehicle while the engine is off. The engine will kick on when more power is needed; it may power the car by itself, or power may be drawn from a combination of the engine and the motors.
  • The two electric motors and engine are connected through a planetary gear set, which replaces a conventional transmission. This allows continuously adjustable gear ratios; many times each second, the vehicle's control algorithms vary the power drawn from the battery and from the engine to maximize the use of the electrical power and minimize fuel burned.
  • Under some circumstances, one motor may power the car while the other uses engine power or regenerative braking to recharge the battery. With close to three decades of experience under its belt, Toyota has software algorithms that make all these transitions entirely seamless-and these days, drivers and passengers may not even notice the engine switching on and off.


Series Hybrids

  • A series hybrid is much simpler in concept. Whenever more power is needed than the battery can supply, a gasoline engine switches on to power a generator that recharges the pack. The key here is that the engine torque only powers the generator. It's not mechanically connected to the wheels, which are powered only by electric motors.
  • This is the setup used by diesel-electric railroad locomotives. It's best at steady vehicle speeds, where the engine can operate most efficiently at preset engine speeds. But the range of power needs of a passenger road vehicle spans more than an order of magnitude from steady-speed cruising to maximum acceleration, and that can be hard on batteries-meaning series hybrids usually require higher battery capacity than conventional hybrids.
  • Few series hybrid passenger vehicles have been sold in the States: the BMW i3 REx, which added a range-extending two-cylinder engine to the i3 battery-electric model; the Fisker Karma, as well as its successors the Karma Revero and GS-6 (all sleek four-door luxury sedans); and soon, the Ram 1500 Ramcharger full-size pickup truck.


Plug-In Hybrids (PHEVs)

  • A plug-in hybrid can be a hard concept to explain. In the simplest terms, it's a regular hybrid with a much larger battery that can be plugged in to recharge from the grid. That lets it operate as an electric vehicle for some distance. (For the 2024 model year, the EPA range estimates for PHEVs go from as few as 7 miles to as many as 51 miles.)
  • Carmakers see plug-in hybrids as a way to meet rising zero-emission-vehicle requirements without the expense of engineering entirely new battery-electric cars. Those EVs require battery packs of 60.0 to 100.0 kWh, versus 10.0 to 25.0 kWh in a PHEV. The challenge is that the manufacturers get credit for producing emission-free vehicles even if the PHEV is never plugged in, meaning it operates only as a heavier, pricier conventional hybrid.


Mild Hybrids

  • Finally, mild hybrids have electric motors that aren't powerful enough to propel the vehicle alone. They may sit between the engine and transmission, or be part of an integrated starter-generator system in which a beefier electric motor replaces both those components. Fuel economy benefits here are far less dramatic, and they may not even be marketed under the name "hybrid."
  • In this case, too, a small battery pack is required to store energy recaptured from excess engine power and/or regenerative braking. The motor effectively adds some extra boost to the engine when needed, meaning potential fuel savings by avoiding a downshift.

 

Key Differences Between Hybrid And Electric Cars
1

Power Source

  • Electric vehicles (EVs) run exclusively on electric motors connected to rechargeable battery packs. There's no traditional internal combustion engine (ICE) at all, which means fewer moving parts in these vehicles. They're also lighter than hybrids and faster off the line when accelerating.
  • On the other hand, in a hybrid car, there is both an internal combustion engine and an electric motor. The gas engine usually handles the heavy lifting while the electric motor supports it from time to time, which results in better fuel economy. The battery of a conventional hybrid car can only be charged through regenerative braking - a process of recovering some energy each time the brake pedal is applied.
  • It is also worth mentioning that the regular hybrid car has several variants, and the most notable among them is the plug-in hybrid electric vehicle (PHEV). You can charge their batteries via a wall socket at home or an electric charging station. When its battery power runs out, the car will then switch to using gas.
2

Upfront Cost

  • The upfront cost is one of the main differences between hybrid and electric cars. Generally, an electric car costs more than a hybrid car by a big margin. You can expect to pay anywhere from $30,000 to $60,000 (or more) for a new model of an EV. Meanwhile, you'll find that most hybrids on the market cost much less - usually ranging from $25,000 to $35,000.
  • Make sure to do your research first before you make any purchases. Spending a lot of money on a car that doesn't suit your needs can set you back financially and emotionally for quite some time.
3

Range

  • An electric vehicle's range is usually between 200 – 500 miles on a single charge, depending on the car model and how you drive it. The size and weight of the vehicle can also play a role in its overall range as well, but basically, an EV with a large battery pack can have a greater range than an EV with a smaller one.
  • PHEVs can go up to 10 – 50 miles on a single charge before switching to gas. When a plug-in hybrid car's electric power is depleted, the internal combustion engine takes over and provides an additional 300 or so miles. Just like with electric vehicles, the range of hybrid cars varies on the type and how it's driven.
4

Environmental Impact

  • When it comes to the environment, electric vehicles have a clear advantage over hybrid cars.
  • EVs have no exhaust pipe emissions and thus have little impact on air quality. This is partly why they are so quiet compared to hybrid vehicles, which still use combustion engines that can be loud when driving. Also, hybrid cars still emit pollution from their exhausts, albeit at a lower rate than conventional gasoline-powered vehicles.
5

Recharging And Refueling

  • Plug-in hybrid electric vehicles can be refueled at gas stations and charged at EV charging sites since they contain a gas engine and an electric motor. Regular hybrid cars, though, can only be filled up at gas stations since their batteries are only recharged through regenerative braking.
  • With an electric car, you can charge your vehicle at home or a charging station. If you plan to go on long road trips, you may want to check the routes first to see if there are any EV charging stations, as you wouldn't want your car to run out of juice in the middle of the road.
6

Maintenance And Repair Cost

  • EVs can be much cheaper to maintain since they have fewer moving parts than conventional vehicles and hybrid cars. This means that there are fewer opportunities for things to go wrong. Electric cars don't need emission tests, too, since they don't produce any hazardous gases at all. With an electric vehicle, you no longer need to change oil, gaskets, or spark plugs either - this saves you a good amount of money!
  • However, it's worth noting that if something breaks in an EV for some reason, it could cost an arm and a leg because its materials and labor are expensive.
  • On the other hand, hybrid cars tend to cost more to maintain than standard gas-powered vehicles and EVs because they have the components of a gas engine and an electric motor. As such, hybrid owners typically pay more for maintenance than owners who drive regular internal combustion engines or electric cars.
7

Takeaway
So there you go, electric cars vs. hybrid cars! In a nutshell, EVs are all about reducing the reliance on fossil fuel and are nice options for anyone who wants to minimize their carbon footprint, save money on gas, and get around town easily. Just make sure you do your research before making any final decisions so you get the correct type of car that fits your lifestyle.

 

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Frequently Asked Questions

Q: What are the main types of Hybrid Electric Vehicles?

A: The main types of Hybrid Electric Vehicles (HEVs) are mild hybrids, full hybrids, and plug-in hybrids (PHEVs).

Q: What are the benefits of driving a Hybrid Electric Vehicle?

A: The benefits of driving a Hybrid Electric Vehicle (HEV) include improved fuel efficiency, lower emissions, reduced fuel costs, smooth and quiet operation, and regenerative braking.

Q: How does a hybrid electric car work?

A: Hybrid electric vehicles are powered by an internal combustion engine and one or more electric motors, which uses energy stored in batteries. A hybrid electric vehicle cannot be plugged in to charge the battery. Instead, the battery is charged through regenerative braking and by the internal combustion engine.

Q: Does a hybrid electric car use fuel?

A: Plug-in hybrid electric vehicles (PHEVs) use batteries to power an electric motor and another fuel, such as gasoline, to power an internal combustion engine (ICE). PHEV batteries can be charged using a wall outlet or charging equipment, by the ICE, or through regenerative braking.

Q: What is the difference between a hybrid car and an electric car?

A: The main difference between a Hybrid and Battery-Electric vehicle is how each is powered; a Hybrid switches seamlessly between two power sources, an efficient petrol engine and a Hybrid battery, whereas a Battery-Electric vehicle runs on battery power alone.

Q: What is an example of a hybrid EV?

A: The Toyota Prius, Peugeot 508 RXH HYbrid4, Ford Escape Hybrid, and Ford Fusion Hybrid are examples of full hybrids, as these cars can be moved forward on battery power alone. A large, high-capacity battery pack is needed for battery-only operation.

Q: Do hybrid cars need charging?

A: However, while hybrid cars are known for using two different energy sources (a combustion engine and an electric battery) they don't all charge the same way. In a self-charging hybrid car, the internal combustion engine drives a generator that recharges the battery as you drive.

Q: Is Tesla all-electric or hybrid?

A: Tesla cars are all-electric, so they do not consume greenhouse gas-emitting gasoline and do not directly create carbon dioxide.

Q: Are hybrid cars fully electric?

A: We often hear about different models of electric or hybrid cars, but they are not the same thing. The basic difference between the two is that an electric car runs exclusively on electric energy stored in a battery, while a hybrid car runs on a combination of electricity and conventional fuel.

Q: What happens when a hybrid battery dies?

A: If the high-voltage battery completely dies, however, the car won't be able to be driven at all, in most cases. The car will detect that a catastrophic failure has occurred and will put a stop to all motion to avoid damaging anything else.

Q: What is the difference between a hybrid and electric car?

A: A type of vehicle that uses a combination of internal combustion engine and a battery powered electric motor to propel the vehicle is called a hybrid electric vehicle. Electric vehicle is one that has one or more electric motors powered from a battery pack to propel the vehicle.

Q: Why hybrid is better than all electric?

A: On average, hybrids cost thousands of dollars less than comparable electric vehicles. The 5-year cost-to-own gap favors hybrids. Manufacturers can construct 17 hybrid batteries with the materials necessary to make one electric vehicle battery. Hybrid batteries don't require an outside electric source to charge.

Q: Is it better to get a hybrid or regular car?

A: Hybrid cars are typically more fuel-efficient than their gas counterparts since they can switch between their gas and electric motors while being driven. The key reasons to consider buying a hybrid car are to save on gas and help reduce emissions while still getting the range capabilities of a gas car.

Q: What is better a hybrid or electric?

A: Hybrids and plug-in hybrids are generally a better choice if you don't want to plan trip routes in detail. EVs are a better choice if you have a lot of charging stations in your area, want to completely get rid of gas costs or have an eye on reducing your carbon footprint as much as you're able.

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