Electric Passenger Vehicle

Your Professional Electric Vehicle Supplier

The company owns automotive grade production lines for four major manufacturing processes. We independently develop vehicle compartments and frames, and have four production workshops for stamping, welding, painting, and final assembly, with an annual production capacity of 20,000 complete vehicles. The annual total output value of body products reaches 1.8 billion yuan, and the company has now become one of the largest suppliers in Shandong Province.

 
Why Choose Us
 
01/

Full industrial chain & large-scale manufacturing capabilities

We've set up 10 major production bases in 8 Chinese provinces, covering 360,000 square meters, to form a nationwide network. With world-class full-process production lines for stamping, welding, painting, and final assembly lines and ABB/KUKA welding robots, and other renowned brands, we can produce 20,000 electric vehicles and 10,000 special-purpose vehicles annually.

02/

Professional R&D system and innovation capacity

We have complete Sales system, After sales service system, Quality controlling system.Our products have already exported to more than 20 countries, and we already authorized more than 18 different countries after sales agencies for our products. We can supply our overseas customer professional service according to different market special requirement from products to after sales service.

03/

Global cooperation and quality assurance system

We have established a global cooperation and quality assurance system. Our products are exported to over 20 countries and regions worldwide, and our market share has been steadily increasing. Moreover, we have obtained a full range of certifications, including ISO9001 and IATF16949, and passed the VDA6.1/6.3 audits. By adhering to high standard quality control, we have won the trust of international customers.

04/

Customized services and full value chain capabilities

We offer customized service for the full cycle from concept design to mass production. completing the design within 30 days, mold development within 1 to 3 months, and sample vehicle testing within 2 to 3 months. In the field of special vehicles, we offer a one-stop solution from "function definition to modification to delivery", covering municipal, logistics and emergency scenarios, and responding to demands quickly.

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What is Electric Passenger Vehicle?

An electric passenger vehicle is a type of electric vehicle designed to transport passengers. It operates using one or more electric motors powered by electricity stored in batteries or fuel cells, rather than relying on traditional fossil fuels like gasoline or diesel. These vehicles offer environmental benefits, such as lower emissions and reduced reliance on finite resources, making them a popular choice for eco-conscious consumers. Electric passenger vehicles come in various forms, including sedans, hatchbacks, SUVs, and even electric versions of traditional combustion-engine vehicles.

Types of Electric Passenger Vehicle

 

 

Battery Electric Vehicles (BEVs)
Battery Electric Vehicles (BEVs), also known as “all-electric vehicles,” are battery-powered and run entirely on electricity stored in a rechargeable battery pack. Unlike hybrid vehicles with gasoline engines, BEVs do not have an internal combustion engine.
BEVs rely entirely on external equipment to recharge their batteries, which can take anywhere from 20 minutes to 50 minutes, depending on the charging rate and the vehicle's battery capacity. The driving range of a typical BEV varies based on the vehicle and the battery pack's size, but they can generally travel anywhere from 100 to 500+ miles or more on a full charge.

Plug-In Hybrid Electric Vehicles (PHEVs)
Plug-in Hybrid Electric Vehicles (PHEVs) combine both electric and gasoline or diesel power. The way it does this is based on the drivetrain, which creates two sub-classifications of PHEVs:

Series: Uses a gas engine to charge the electric battery, meaning the vehicle’s movement is entirely from electric energy.
Parallel: Can use a gas engine to power the vehicle with or instead of the electric motor, meaning the vehicle can run entirely on gas, a combination of gas and electricity, or electricity only.
PHEVs can be recharged by plugging into an external power source, just like BEVs, but they also have the option to be refueled at gas stations. The versatility of having an engine and electric motor allows PHEVs to travel longer distances without drivers worrying about finding a charging station. On average, PHEVs currently in the market can travel anywhere from 15-60+ miles on electric power alone, depending on the vehicle and battery size, before switching to gasoline power.

Hybrid Electric Vehicles (HEVs)
Hybrid Electric Vehicles (HEVs) utilize both electric and gasoline power—but unlike PHEVs, they cannot be plugged in to charge. The internal combustion engine is fueled by gasoline, and a separate electric motor is recharged with regenerative braking or through the gasoline engine via an onboard generator.
HEVs typically have smaller battery packs than PHEVs and BEVs, which limit their electric-only driving range. However, their gasoline engine provides additional range, allowing them to typically travel longer distances than BEVs. HEVs are also more fuel-efficient than traditional gasoline vehicles, making them a good option for individuals who want to reduce their carbon emissions while driving and save on fuel costs. On average, HEVs can travel anywhere from under 20-59 miles per gallon of gasoline, depending on the vehicle's size and driving conditions.

BEV vs PHEV

 

Benefits of a BEV

  • Simplicity
    The simplicity of the BEV is one of its biggest advantages. There are so few moving parts in a battery electric vehicle that very little maintenance is required. There are no oil changes or other fluids like engine oil, resulting in few tune-ups that are required for a BEV. Simply plug in and go!
  • Cost-savings
    The savings from reduced maintenance expenses can add up to significant savings over the lifetime of the vehicle. Also, fuel costs are generally higher when using the gas-powered combustion engine versus electric power. Depending on the driving routine of a PHEV, the total cost of ownership over the electric car battery lifespan can be comparable to — or even more expensive than — that for a BEV.
  • Climate Benefits
    When you drive fully electric, you can rest easy knowing that you’re contributing to a cleaner environment by moving the world away from gas. An internal combustion engine releases planet-warming CO2 emissions, as well as toxic chemicals like nitrous oxides, volatile organic compounds, fine particulate matter, carbon monoxide, ozone, and lead. EVs are more than four times more efficient than gas-powered cars. This is a major advantage over traditional vehicles, and equates to saving around three tons of carbon dioxide emissions each year. Moreover, EVs typically draw their electricity from the grid, which is shifting to renewables more broadly every day

Benefits of a PHEV

  • Up-front Costs (for now)
    Most of the upfront cost of an electric vehicle come from its battery. Because PHEVs have smaller batteries than BEVs, their upfront costs tend to be lower. However, as mentioned, the cost of maintaining its internal combustion engine and other non-electric parts — as well as the cost of gas — can bring the costs of a PHEV up over its lifetime. The more you drive electric, the cheaper the lifetime costs will be — so if the PHEV is well charged, and you tend to take short trips, you’ll be able to drive without resorting to gas.
  • Flexibility
    While owners will want to keep their plug-in hybrids charged as often as possible to enjoy the savings that driving on electricity provides, they aren’t required to charge the battery in order to use the vehicle. Plug-in hybrids will act like a conventional hybrid electric vehicle if they aren’t charged up from a wall outlet. Therefore, if the owner forgets to plug the vehicle in one day or drives to a destination that doesn’t have access to an electric vehicle charger, it’s not an issue. PHEVs tend to have a shorter electric range, which means you’ll need to use gas. This is a benefit for some drivers who may have range anxiety or nerves about being able to recharge their EV on the road.
Considerations When Buying an Electric Passenger Vehicle
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Does the Car Have Enough Range?
A growing number of today’s electric passenger cars offer 250 to 300 miles of range on a charge, though there are still a few that have less.
With 250 miles of range, most people aren’t going to experience range anxiety during their daily commutes, though the range will vary regardless of the EPA’s estimates (United States Environmental Protection Agency). Many factors impact a car’s range, including your speed, your driving habits, the weather and your preferred climate control settings. It’s wise to anticipate having less range than the car’s maximum EPA estimate, just to be safe.

Can I Charge My Electric Vehicle at Home?
One of the most convenient aspects of EV ownership is charging at home. At the end of the day, you simply plug the car in, and when you wake in the morning, it’s ready to go. This means no more smelly hands from pumping gas, no more standing out in the cold and no more pulling your car out of your garage to warm it up.
With that said, there are several important considerations. You can charge your EV using a standard 110-volt wall outlet (Level 1 charging), but it’s going to take a long time. Level 1 charging adds about 4 miles of range per hour.
Some electric car owners hire an electrician to install a 240-volt outlet in their garage. This allows for Level 2 charging, which can add around 25 miles of range per charging hour. If you don’t have a garage, you can plug in outside. If you have a 240-volt outlet installed outside, make sure it's up to code, and that the charging cord or station is designed for outdoor use.
Are There Public Charging Stations Nearby?
While home charging is the most convenient way to juice up your electric car, you’ll probably need to charge on the road at some point. Many public charging stations are Level 2, but some offer DC fast charging, which allows you to charge your car rapidly. Some EVs can be charged to 80% in less than 30 minutes at a fast-charging station.
Make sure you find out if the EV you’re considering is capable of fast charging, as well as how many miles you can expect to add in a given time. In addition, you should locate the charging stations in your area and on your typical routes, and then determine what type of charging they support.
What Do I Need to Know About EV Maintenance?
Overall, electric cars require less maintenance than gas-powered cars. There are virtually no fluids to change, and the friction brakes last longer since regenerative braking assists with stopping the car.
An EV’s battery and motor have the potential to last longer than the life of the car. In the rare event that an EV’s battery needs replacing, it can cost much higher than replacing an engine in a gas car. If you happen to have the need, remember to check if there's any government incentives or protocol available, these are not rare as electric vehicle is an emerging and boosting industry.
How Much Does It Cost to Insure an Electric Car?
Insurance tends to cost more for electric cars than traditional cars. However, it has nothing to do with the vehicle’s safety. Instead, it’s because EVs are more expensive than gas-powered cars. More expensive cars typically cost more to repair. Insurance companies also take into account the high cost of EV battery packs. If an accident causes damage to the pack, and it needs to be replaced, it’s one of the most expensive repairs insurance companies will have to cover.

Our Factory
 

The three producing bases located in Linyi, Shandong, Yancheng, Jiangsu, Haining, Zhejiang, Linyi factory mainly produces new energy passenger vehicles, Yancheng factory mainly produces new energy tourist vehicles and various new energy modified models, Haining factory mainly produces new energy commercial vehicles.

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Our Certificate
 

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Frequently Asked Questions
 
 

Q: Why is electrifying cars, trucks and buses such an important part of the climate fight?

A: A few years ago, transportation edged out power plants as the leading source of many countries’ climate pollution, and these emissions are still growing. So, we can’t reach our climate goals without big cuts in pollution from transportation.

Q: We’ve had EV technology for a while. How do we know electric cars are really ready to go mainstream?

A: Electric cars are more fun to drive, deliver more power, require less maintenance and have lower operating costs.
Truck and bus battery technology has come a long way, too. These vehicles need big batteries — as much as 10 times the size of a car battery because they work six or seven days a week, 10 to 12 hours a day. Now we have that technology, and manufacturers are embracing it. Plus, sales of electric transit buses and electric tractor-trailer and box trucks are growing rapidly.

Q: What are the typical maintenance costs of an EV?

A: EVs require less scheduled maintenance, as there are fewer moving parts than in a gas vehicle, which means no more oil changes, transmission maintenance, fluid changes, or emissions tests. In addition, most EVs have regenerative braking, which slows the car down when you’re not accelerating and extends the life of the brakes. A 2021 study confirmed that the maintenance costs for a BEV are 40% the cost for a gas, hybrid, or plug-in hybrid.

Q: How do users charge my EV at home?

A: People worry about charging but for many people, 90% of charging happens at home. There are two options for charging at home: level 1 and level 2 charging.
Level 1 Charging
The first is an easy, no-cost solution and it is ample for most people. Just plug the charger that comes with your vehicle into a standard 120V outlet. It charges between 25-40 miles in 8 hours (usually overnight), just enough to replenish your battery from your daily driving.
Level 2 Charging
If you drive more than 50 miles a day, a good option is to see if you can charge at work. If not, you may want to purchase a home charging station, for level 2 charging. You’ll get about 25 miles of charge an hour, so you can easily get a full charge overnight. The first step for installing a home charger is to consult with an electrician.

Q: What role do electric passenger vehicles play in mitigating air pollution in urban areas?

A: Electric passenger vehicles help mitigate air pollution in urban areas by eliminating harmful pollutants such as nitrogen oxides (NOx), particulate matter (PM), and volatile organic compounds (VOCs) emitted from tailpipes. This contributes to cleaner air and improves public health outcomes for residents in densely populated areas.

Q: Are electric passenger vehicles quieter than conventional vehicles?

A: Yes, electric passenger vehicles are generally quieter than conventional vehicles because they lack internal combustion engines. The absence of engine noise results in a smoother and quieter driving experience, reducing noise pollution in urban and residential areas.

Q: How do electric passenger vehicles benefit from advancements in battery technology?

A: Advancements in battery technology led to improvements in energy density, charging speeds, and overall battery life, enhancing the performance and range of electric passenger vehicles. New battery technologies also contribute to reducing costs and increasing the accessibility of electric vehicles to a broader consumer base.

Q: What are the implications of electric passenger vehicles for energy independence and national security?

A: Electric passenger vehicles reduce dependence on imported fossil fuels, thereby enhancing energy independence and national security. By utilizing domestically produced electricity or renewable energy sources, countries can mitigate risks associated with volatile oil markets and geopolitical tensions related to energy supply.

Q: How do electric passenger vehicles influence urban planning and infrastructure development?

A: The adoption of electric passenger vehicles prompts urban planners and policymakers to prioritize the development of electric vehicle charging infrastructure in cities and residential areas. This includes the installation of public charging stations, incentives for electric vehicle ownership, and integration of electric vehicle considerations into transportation planning efforts.

Q: How do electric passenger vehicles support the transition to renewable energy sources in the transportation sector?

A: Electric passenger vehicles serve as a key enabler in the transition to renewable energy sources by providing a means to store and utilize electricity generated from solar, wind, and other renewable sources. This integration facilitates the decarbonization of the transportation sector and reduces reliance on fossil fuels.

Q: What are the challenges and opportunities associated with recycling electric vehicle batteries from passenger vehicles?

A: The recycling of electric vehicle batteries presents both challenges and opportunities. While battery recycling technologies are evolving, challenges remain in terms of cost-effectiveness, scalability, and environmental impact. However, recycling efforts also create opportunities for resource recovery, waste reduction, and the development of a circular economy for critical battery materials.

Q: How do electric passenger vehicles contribute to job creation and economic growth in the automotive industry?

A: The growing demand for electric passenger vehicles stimulates innovation and investment in the automotive sector, leading to the creation of new jobs in manufacturing, research and development, and supply chain management. Furthermore, the shift towards electric mobility fosters economic growth by spurring the development of related industries such as battery manufacturing, charging infrastructure deployment, and electric vehicle servicing.

Q: What are the potential challenges and solutions for integrating electric passenger vehicles into existing transportation networks and grid infrastructure?

A: Integrating electric passenger vehicles into existing transportation networks requires careful planning to address challenges such as grid capacity constraints, peak demand management, and charging infrastructure deployment. Solutions include smart grid technologies, demand-side management strategies, and collaboration between stakeholders to optimize charging behavior and grid reliability.

Q: How long will a battery last? And what are we going to do with all the batteries once they have ended their useful life?

A: Current electric vehicles have driving ranges approaching 300 miles and can go over 120,000 miles with just a 10% reduction in maximum range. For EVs, when the battery degrades the range is reduced, which is not catastrophic – you can still drive your EV, just not as far on one charge. If the battery really died, 95% of the battery materials can be recycled – even rare minerals like cobalt can be purified and reused.

Q: What are the implications of autonomous driving technology for electric passenger vehicles?

A: Autonomous driving technology has the potential to revolutionize the way electric passenger vehicles are operated and utilized. By enabling features such as self-driving capabilities, ride-sharing services, and fleet management optimization, autonomous electric vehicles can enhance safety, efficiency, and accessibility in transportation systems.

Q: What are the social and equity considerations associated with the adoption of electric passenger vehicles?

A: The adoption of electric passenger vehicles raises important social and equity considerations related to accessibility, affordability, and environmental justice. Policies and initiatives aimed at promoting equitable access to electric mobility, addressing charging infrastructure disparities, and ensuring inclusive transportation planning are essential for maximizing the societal benefits of electric vehicle adoption while minimizing potential inequities.

Q: How can you maximize the benefits of owning an electric vehicle?

A: You can further reduce the lifecycle emissions of your EV by using renewable energy sources for electricity. While the United States' electrical mix is becoming cleaner over time, the best way to save money and protect the environment is to charge your EV with a home solar panel system.

Q: Is an EV cleaner than a gas-powered vehicle today, even though we’re still burning coal for electricity to charge it?

A: From a climate perspective, from an air pollution perspective, EVs are significantly cleaner over their lifetime. If you buy an electric vehicle today, it’s going to get cleaner every year because we are decarbonizing the electric grid. That doesn’t happen with a gas vehicle. Also, an EV has zero tailpipe emissions. So, you’re immediately taking out the toxic emissions that are poisoning people.

Q: What are 3 advantages of electric cars?

A: Electric vehicles have other advantages over those powered by combustion engines:
No fuel required so you save money on gas. ...
Environmentally friendly as they do not emit pollutants.
Lower maintenance due to an efficient electric motor.
Better Performance.

Q: Why are some people against electric cars?

A: In addition to the myths, there are some obvious reasons many car shoppers simply aren't yet buying into EVs, such as the high sticker price, range anxiety and the fear of battery degradation and potential fires.

As one of the leading electric passenger vehicle manufacturers in China, we warmly welcome you to buy high-grade electric passenger vehicle made in China here from our factory. All our products are with high quality and competitive price.

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