Shandong Feike Electric Vehicle Co., Ltd. is located in Jinma Industrial Park, Jishu Town, Jinxiang County, Jining City, Shandong Province. Established in July 2016, the company has been a leading provider of electric vehicles exports. Our main products include electric passenger tricycle, electric freight tricycle, electric passenger four wheeled vehicle, electric freight four wheeled vehicle and so on. Our team insist on providing efficient and high-quality service according to the needs of users.
Why Choose Us？
Variety of Products
We have low speed new energy electric vehicles, three wheeled electric motorcycles, electric freight four wheeled vehicle, light electric cargo tricycle, heavy duty electric cargo tricycle and electric pickup truck for all drivers. Giving you the freedom to choose the vehicle that best suits your budget and style.
Advanced Equipment
Feike Electric Vehicle has excellent research and development production equipment to ensure a solid foundation in research and manufacturing technology. As a national high-tech enterprise with the national first-class production qualification for the three wheeled electric motorcycles, our four major production processes all in readiness, and the corresponding supporting equipment is complete.
High Output
The company's sales network covers various regions of the country, with an annual production and sales volume of over 50000 vehicles. In 2023, the total sales revenue exceeded 350 million yuan and we already have 300 dealers nationwide.
Perfect Service
The company has established a nationwide product sales and after-sales service system, which can ensure that the company's products can meet the needs of customers before, during, and after sales. And our customer service team will be available 24/7 for customers around the world.
Electric passenger four wheeled vehicles are fully electric vehicles with rechargeable batteries and no gasoline engine. All energy to run the vehicle comes from the battery pack which is recharged from the grid. Electric vehicles provide a smooth and comfortable ride for passengers. The electric motor provides instant torque that accelerates the car instantly, providing a smooth, comfortable ride.
Benefits of Electric Passenger Four Wheeled Vehicle
Fuel Cost
Electricity costs less than gasoline. Because electricity rates and gasoline prices fluctuate, it’s impossible to give you a single figure explaining the cost difference between using gas and electricity for your driving needs. But most drivers would spend less than a quarter of their annual gasoline budget to drive an electric passenger vehicle instead.
Maintenance and Repair Costs
Electric passenger vehicles use fewer moving parts than gasoline-powered vehicles. And while costs to repair an electric vehicle were higher, the electric vehicles experienced fewer problems that required repair and that repair costs continue decreasing as more mechanics become certified in repairing electric vehicles.
Environmental Benefits
One of the most compelling reasons to buy an electric vehicle is to help reduce your impact on the climate. Recent studies have shown that while building a new vehicle has an immense environmental impact, electric passenger vehicles are better for the environment after just a few years of ownership.
Improved Driving Experience
Gasoline engines build up their power gradually, beginning when you step on the gas pedal. Even the fastest gasoline engines take a few seconds to reach full torque. Electric motors make 100% of their power available at all times. This means that electric vehicles accelerate dramatically faster than their gasoline-powered counterparts.
The Key Components of an Electric Passenger Four Wheeled Vehicle
Electric Motor
They are familiar, reliable and very durable. Electric four wheeled vehicle motors use AC power.
Inverter
An inverter is a device that converts DC power to the AC power used in an electric vehicle motor. The inverter can change the speed at which the motor rotates by adjusting the frequency of the alternating current. It can also increase or decrease the power or torque of the motor by adjusting the amplitude of the signal.
Battery
An electric vehicle uses a battery to store electrical energy that is ready to use. A battery pack is made up of a number of cells that are grouped into modules. Once the battery has sufficient energy stored, the vehicle is ready to use.
Battery Charger
The battery charger converts the AC power available on our electricity network to DC power stored in a battery. It controls the voltage level of the battery cells by adjusting the rate of charge. It will also monitor the cell temperatures and control the charge to help keep the battery healthy.
Controller
The controller is like the brain of a vehicle, managing all of its parameters. It controls the rate of charge using information from the battery. It also translates pressure on the accelerator pedal to adjust speed in the motor inverter.
Charging Cable
A charging cable for standard charging is supplied with and stored in the vehicle. It's used for charging at home or at standard public charge points. A fast charge point will have its own cable.
Things to Consider Before Buying an Electric Passenger Four Wheeled Vehicle
Price
Due to the complex electric drivetrain and expensive battery packs, the electric vehicles are pricey when compared to their conventional counterparts. So, you should keep your budget in mind before deciding to buy an electric vehicle.
Incentives and Tax Benefits
The incentives and tax benefits offered by the government can reduce the overall cost of electric vehicles. So, make sure to check on the exact percentage of incentive and tax benefits you get, if you purchase an eco-friendly vehicle.
Specifications
Electric vehicles come with a wide range of electric motors and battery packs of different capacities. You need to choose an electric vehicle which has the specifications that match your requirements. An underpowered electric vehicle can be irritating to drive. Go through the technical details thoroughly of the electric vehicle before deciding to buy one.
Driving Range
The driving range is one of the crucial factors while buying an electric vehicle. Don’t rely on the manufacturer specified driving range figures. Instead, look for real-life reviews to get an idea about the driving range of the electric passenger vehicle in real-world conditions. Typically, an electric vehicle should deliver a driving range of over 100km, which is sufficient for daily drives. High-end electric vehicles even offer a driving range of over 400km.
Battery Life
A battery pack is one of the most important components of an electric vehicle. At the same time, the battery is also one of the most expensive parts of the electric passenger vehicle. So, always check the battery life before investing in an eco-friendly vehicle. The longer the battery life, the lower the maintenance cost.
Charging Infrastructure
The charging infrastructure of electric vehicle is not as many as fuel stations, and it is one of the biggest challenges for electric passenger vehicle owners. Currently, major metro cities have adequate charging stations, but everywhere else, the situation is not the same. So, do account this fact before deciding to own an electric vehicle.
Energy Consumption
You have to consider the amount of electricity consumed by an electric passenger vehicle to determine the efficiency of the electric vehicle when compared to a conventional vehicle. The energy consumption also determines the running cost of an electric vehicle. Usually, electric vehicles have very low running cost when compared to IC engine vehicles.
Charging Options
An electric vehicle comes with a wide range of charging options such as fast-charging, standard charging and slow charging. Standard and slow charging technique is feasible and can also be installed at your home. Some electric passenger vehicles can also be charged from the electric outlet of your residence. So, do check out the charging options on the electric vehicle, before buying one.
Maintenance Cost
Maintenance is one of the important aspects of owning an electric vehicle. Without proper maintenance, the electric passenger vehicle may not perform efficiently. Normally, electric vehicles are very easy to maintain, as there are less moving parts in an electric passenger vehicle. But in case of a breakdown, the repair bills can cost dearly. Also, the spare parts are very expensive when compared to a conventional vehicle. Also, there are only a handful of mechanics available for electric passenger vehicles, and you have to deal with the manufacturer for any service or repair works.
Brand and Model
Depending on your budget and requirement, you can choose the right brand and model.
After-sales Service and Support
Once you purchase an electric vehicle, the ownership experience can be good or bad depending on the after-sales service and support offered by the manufacturer. Nowadays, most of the electric passenger vehicle manufacturers offer several years of warranty on battery packs and also install a wall charger at your desired location. The service centers will have trained professionals to service the electric vehicle. So, always opt for a brand which is offering good after-sales support for a good ownership experience.
What Maintenance Does an Electric Passenger Four Wheeled Vehicle Need?
Battery Maintenance
The lifespan of a battery may vary based on factors like differences in usage, charging type, and temperature among others. Batteries perform better if not subjected to extreme hot or cold temperatures. If you drive in more extreme climates, battery life can be reduced to between approximately 8 and 12 years. To proactively maximize your vehicle’s battery life, try:
- Avoiding extreme temperature swings.
- Using DC fast charging sparingly, as it degrades battery packs (if your electric passenger vehicle supports DC fast charging).
- Not fully charging or depleting your battery.
Brake Rotors and Rads
Electric passenger vehicle battery packs are heavy, so electric passenger vehicles usually weigh more than similarly sized ICE vehicles. The heavier the vehicle, the more brake force is required to stop. The good news is that most electric passenger vehicles’ electric motors have a regenerative braking function, allowing the motor to slow the vehicle by recovering its kinetic energy and sending that recovered energy back into the battery pack. In short, the vehicle’s brakes share their responsibility with the electric drivetrain itself, reducing wear on your electric passenger vehicle’s brake rotors and pads.
Tire Rotation and Wear
The weight of your electric passenger vehicle’s battery pack is again at play here. Because of this extra weight, your electric passenger vehicle’s tires will typically experience more aggressive wear and tear than an average ICE vehicle of the same size. Typically, tires for electric vehicles need to be more durable, have lower friction (to increase range), and reduce noise. It is generally suggested that electric passenger vehicle owners rotate their vehicle’s tires roughly every 5,000 to 8,000 miles and replace them every 30,000 to 40,000 miles. Always check your owner’s manual for specific recommendations for your vehicle.
Fluid Refills and Replacements
Check your owner’s manual for how often you should check and/or replace the following vehicle fluids:
- Coolant: Some, but not all battery-electric vehicles utilize a cooling system for the battery pack. The hoses associated with your electric passenger vehicle’s cooling systems should be checked and fluid levels monitored, as they would in a vehicle with an ICE.
- Brake fluid: While regenerative braking should reduce wear and tear on your brakes, you will still need to have these components and the brake fluid serviced regularly.
- Windshield wiper fluid: Helpful for keeping your windshield clean and improving visibility and safety, you can choose between summer and winter blends of windshield wiper fluid, the latter of which won’t freeze in cold weather.
Battery Degradation and Performance Loss
Battery degradation is inevitable, but it can be staved off through proper maintenance and by following the charging practices recommended by the manufacturer. Battery degradation can be slowed by simply avoiding exposing the battery to extremely high or low temperatures. While it is impossible to control environmental conditions out of doors, being mindful enough to store the vehicle in a covered area or enclosed garage as conditions warrant is a good start. Likewise, maintaining a proper charge level is a relatively easy way to delay the effects of battery degradation. This means the driver should avoid completely depleting the battery and charging it to its full capacity. By keeping the battery charged in the 20% to 80% range, the life of the battery will be prolonged.
An equally common issue associated with electric vehicle batteries is loose or faulty connections. Like battery degradation, faulty connections and loose wiring can occur over time. If, upon visual inspection, you’ve identified a loose connection, simply tightening it may resolve the issue. If there are no visual indications of a loose connection, consider performing a battery reset. This can be done by locating the battery’s disconnect switch and turning it off for a few minutes. Turning it back on will reset the battery management system and may resolve the issue.
Unexpected Motor Shutdown
If the vehicle’s motor unexpectedly shuts down, it could be the result of a couple relatively easy-to-fix issues. Best case scenario, a motor shut down can be resolved by locating a loose or improperly connected battery cable and re-fastening it. Alternatively, this issue can be resolved by updating the vehicle’s software (if required). If these solutions do not resolve the issue, you’ll need to start checking the vehicle’s electrical system.
You might expect, electric vehicles are driven by complicated electrical systems, including those that power the vehicle’s lights, climate controls and more. If just one of the components within a vehicle’s electrical systems has become damaged or otherwise compromised, it may cause the engine to shut down. Here are a few things that you can do:
- Check all fuses and breakers connected to the vehicle’s electrical system; if any are blown or tripped, replacing them is relatively easy and should be done without delay.
- Similar to checking the battery’s various connections, check for any loose wires or connections that may be responsible for creating a short circuit.
- Check the vehicle’s alternator and starter to ensure they are functioning as expected.
Regenerative Braking Issues
There are a couple of fairly common reasons why an electric vehicle’s regenerative braking system does not perform optimally. When troubleshooting the issue consider the following:
- If the battery is cold, the regenerative braking system will not perform as well as it would if the battery is warm. When the battery is cold the vehicle will rely on friction braking, meaning that less kinetic energy will be converted for storage in the vehicle’s battery.
- If the battery is fully charged, regenerative braking will not be engaged and that’s simply because the gathered energy cannot be stored anywhere. A visual indication may display adjacent to the vehicle’s power meter to indicate the regenerative braking system cannot be used.
- Worn, old tires can hinder the performance of the regenerative braking system.
Onboard Charger Issues
If the charging speed is less than the maximum when charging at a public charging station, it likely means that either the battery or the charging station is cold. If temperature is not the issue the answer could be equally simple; the charging station is being subject to shared loading (i.e., charging a second vehicle at the same time). If the charger charges slowly after a software update, the update itself may be the issue. In this case, it’s possible to revert the software to an older version until the software issue is resolved.
Ultimate Guide
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