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Zhejiang Benling: Your Professional Electric Scooter Manufacturer
 

Zhejiang Benling Motorcycle Manufacturing Co., Ltd. and its export company Taizhou Strength Good Motorcycle Co., Ltd. were established in 2020 and located in Taizhou City, Zhejiang Province, a well-known motorcycle manufacturing base in China. Our company covers an area of more than 80,000 square meters and a construction area of more than 36,000 square meters.

 

 
Our Advantages
 

 

Advanced Equipment

Benling Company has fully enclosed light-curing paint spraying lines, scientific and advanced assembly lines, etc., and also uses CNC vertical comprehensive machining centers, precision tools, etc. to ensure smooth and high-quality production of motorcycles and parts.

Broad Sales Market

Our products are long-lasting in South Asia, Southeast Asia, West Africa, Europe, the United States, the Middle East and other regions. They have a good reputation in the market and are deeply trusted by customers.

Complete Performance Testing

Precision testing equipment and instruments such as reflex CMM, dynamometer, engine chassis dynamometer, durability test bench, etc. can strictly inspect and control the performance and quality of motorcycles.

Scientific Production Line

We have passed ISO9000 certification and our manufacturing process complies with international quality management standards, ensuring product quality consistency and customer satisfaction.

 

What is a Electric Scooter?

From the outside, an electric scooter looks very similar to a kick scooter but with extra features. An electric scooter is battery-powered, so the speed is determined by using the throttle to accelerate. The top speed can vary depending on the model but no leg work is required by the rider. However, if an e-scooter runs out of battery, you cannot continue riding it manually. Due to the electrical parts inside an electric scooter, they tend to weigh more than a regular kick scooter.

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Benefits of Electric Scooters
125cc 4 Stroke Scooter Engine
01

Portability

There are many foldable electric scooters available on the market, which is great when an e-scooters needs to be carried up stairs or onto public transport. While bikes need to be left chained up outside, an electric scooter can simply be wheeled into a building and folded up. People who leave their bike on the street run the risk of having it stolen, whereas electric scooters can easily be stored under a desk or leaned against a wall.

02

Safety

Safety features of an electric scooter should be a major consideration when researching different brands. Compared to kick scooters, electric ones have excellent brakes and lighting because they can travel at much higher speeds. E-scooters usually have front and rear brakes, as well as tires with good traction so the rider can brake faster with better stability.

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03

Speed

One of the major advantages of an electric scooter over a kick scooter is its speed. While a kick scooter is limited to a person’s ability to propel themselves forward, an electric one has a powerful motor with some electric scooters able to reach speeds of 50 km/h (31 mph) or more. If you’re looking for a fast electric scooter, it’s important to not just look at the motor power, but also its range. It’s great to have an electric scooter that’s fast, but if it only has a range of 10 km, then you’ll need to recharge it regularly.

04

Comfort

Looking for a cruisy way to commute to work? Electric scooters require the rider to do very little. On a kick scooter, the person has to push the scooter forward, but on an e-scooter they simply have to use the throttle. That makes riding to work a comfortable experience. Look for an electric scooter with high quality tires and suspension, as this will cause less impact on your body when going over bumps in the road. Some electric scooters even have heated handlebars. For maximum comfort in the colder months, you might consider purchasing some electric scooter gloves.

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Components of an Electric Scooter
 

Motor

The motor is the most important component of an electric scooter. It determines its speed and torque, as well as its ability to go up hills. The battery and motor are connected through electric wires. A controller is installed in the vehicle that controls the performance of the vehicle. The user can easily manage the performance of an electric scooter by using a screen and a throttle. These components are located inside the base of the scooter. Often, an electric motorcycle or scooter has more than one charging port.

 

Battery

A lithium-ion battery powers an electric scooter. This type of battery has a long life, lasting 10 to 40 miles. Most electric scooters have a lithium-ion battery, which recharges quickly. This type of battery also tends to be light and convenient to carry. In contrast, lead-acid batteries take longer to charge, are heavier, and have a shorter lifespan. For this reason, it is important to read the user manual carefully and make sure it is up to date.

 

Frame

Many electric scooters are designed with a foldable frame. They are equipped with onboard controls and handlebars and can be folded flat for storage. A foldable design is useful if you have limited space for storage. Generally, an electric scooter has a range of about 25 miles. The range depends on the battery size and how much charge is left in the battery. Moreover, the cost of an electric scooter is high. The cost of a new battery can reach several thousand dollars.

Working Principle of an Electric Scooter

 

 

Well, quite simply in its component parts, an e-scooter consists of a battery, motor, throttle and controller. And out of these parts, the battery and motor are two of the most essential components of an electric scooter. When a rider twists the throttle on the handlebar, the controller reacts by commanding the battery to send electric energy to the motor which is mounted on the hub of the wheels. The motor uses this energy to rotate the gear which then moves the wheels of the electric scooter forward. Like regular kick scooters, some e-scooters need to be pushed off the ground using a foot while twisting the throttle to engage the motor. They might also need to be maneuvered using the t-stem handlebars and stopped using brakes. The speed at which the scooter can go will depend on the throttle. Of course, this is just a basic overview of how electric scooters work. Each of the electric scooters on the market come in slight variations, meaning they each work slightly differently.

 

Different Methods to Increase the Speed of Electric Scooters
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Upgrade the Battery

Batteries power electric mobility scooters. Batteries with low voltage supply low power to the motors and cause the scooter to move at a low speed. So, upgrading low-voltage batteries with high voltage makes the scooter faster and increases the range of your scooter. Another thing you can do is replace your older batteries because the batteries’ power keeps fading with time. The energy that can deliver keeps decreasing, making the scooter slow. So, the best way to get your mobility aid speed back to its original condition is to replace old batteries with fresh ones.

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Rewind or Upgrade the Motor

Another way to speed up your mobility scooter is upgrading its motor. A higher-wattage motor can provide more power and torque, resulting in high performance. Otherwise, you can rewind your motor. The process will help you to raise the speed level by reducing the rewinding around the coil of the brushed motor. However, its mechanism is complicated and requires advanced techniques. If you do it properly, you will add more revolutions per minute, enhancing motor output. As the process is a bit complicated, do it carefully, as you may damage the motor.

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Change the Sprockets

Changing the sprocket can make a difference in the speed. You can place big sprockets on the front and small ones on the back. You can consult with someone expert and then install a large sprocket. It will cost you a little, but it can help you cover extra miles.

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Reduce Weight

The easiest way to increase speed is to reduce the scooter’s weight. The mobility scooter comes with a bell and whistle, such as a basket, spare tire, and a storage box, which you don’t need in any way. But they add weight to the scooter and require extra power to carry. So, it is clever to remove such things from your scooter and make it lightweight. The whole process helps save the power from pulling the objects and uses this power to enhance the scooter’s speed. Also, don’t carry extra luggage whenever you want to go faster.

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Remove the Speed Limiter

Most scooters come with a speed limiter. The companies install speed limiters because few countries have speed limit policies. However, it is removable and requires little technical knowledge. Few models have a controller that regulates the power supply to the motor. In the case of the controller, you have to adjust the controller settings to provide more power to the batteries and make the mobility tool faster.

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Replace the Drive Belt

If you have been using the scooter for a long time, it has reduced its speed. The drive belt can be a cause of speed reduction. The belt gets worn out over time and becomes less efficient.
It is good to replace the older one with a fresh new belt, which should be wider and more robust for extra performance.

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Scooter Tires

Scooter tires play a big role in its overall performance. A tire with low friction can help you go faster. So, replacing a good quality tire with low friction can make a difference in the speed. Another thing you can do is put on a big size tire. It gives extra distance on each revolution. Don’t try to put massive tires because it can affect comfort.

 

Battery Charging Guidelines

 

Let’s cover some basic charging guidelines to ensure the longevity of your electric scooter's battery:

 

Always use the standard charger that comes with the scooter to prevent issues and retain the warranty

 

Use fast chargers infrequently or avoid using them at all to prevent battery degradation

 

Clean battery contacts and keep ports covered to prevent corrosion

 

Charge battery every few weeks for best longevity and to prevent full discharge

 

Disconnect the scooter from the charger as soon as it reaches 100% to avoid overcharging

 

Store the electric scooter in a cool, dry place when not in use to avoid exposure to extreme temperatures

 
Things to Consider Before Choosing a Electric Scooter
 

 

1. Check the Battery life, Charging Solutions and Charge Time

A battery accounts for the greater part of an electric car's price. More than half of the price of an electric scooter must be paid if the battery needs to be replaced. Checking the battery's type and average life expectancy is essential. A lithium-ion battery is utilized in nearly all-electric vehicles. Given the high expense of changing a battery, it is essential to learn about the manufacturer's battery life guarantee. A typical lithium-ion battery will last for around 1 years before it has to be replaced, and most manufacturers give at least a half-year guarantee or warranty on the batteries. Battery life is also dependent on how you use your car. Bad riding habits, improper charging, severe heat or cold, and other aspects may shorten battery life. You can charge your scooter at home since firms will construct a charging station for you. However, electric charging stations are required to recharge the battery while driving long distances. As a result, you should choose a brand that has a well-developed network of electric charging stations. This allows you to charge your device while on the road if necessary. Check to see if your scooter can be charged using third-party chargers or a conventional wall connection, making your life much easier. When the power runs out, you'll need to wait for the internal battery to recharge. E-scooters, like cell phones, require time to recharge. The scooter must be plugged in and left for a few hours to achieve a full battery. Select a scooter with a charging time of less than 7 hours, so you may charge it overnight. If your scooter allows for quick charging, it's even better because you can charge the battery while commuting.

2. Scooter’s Maximum Speed

Make sure the scooter you choose is fast since you'll use it to maneuver through crowded metropolitan streets. A scooter's speed should be one of your highest priorities when making a selection. Fortunately, the majority of escooters operate between 20 and 30 mph. Your scooter might not be quick enough to avoid a fast-moving automobile if it moves too slowly. The scooter's battery life, the weight, and the rider's weight will all impact the average speed.

3. Weight of the Scooter

Another factor to consider when purchasing an escooter is weight. A lightweight scooter is essential for increasing your overall speed and improving maneuverability. You might need to bring your inside if there is nowhere to secure it outdoors, whether you've just arrived at work or a friend's place. Don't overlook the possibility that you may need to carry it up a few flights of stairs. Due to such factors, ensuring that the scooter is light enough for your comfort is vital.

4. Motor Power & Power Modes

Motor power is an important aspect for those wondering how electric scooters function. Brushless DC motors are mounted to the 10 inch scooter wheels of the majority of scooters. A scooter can have a single or dual motor. Dual-motor scooters are often faster and more powerful. The manufacturer specifies the motor power of electric scooters in watts. The lowest motor power for an adult electric scooter is 250 watts. This power scooter can comfortably travel across level land and short slopes. Those who intend to ride their scooters up steep inclines should select engines rated at 400 to 500 watts. An example is the 500 electric scooter. Scooters with two motors and a combined output of 1,000 watts or greater are the quickest on the market.

5. Range

An electric scooter's range is the greatest distance it can travel before running out of battery power. Several elements that might impact an e-range scooter include its average speed, weight, and motor power. The scooter’s average range is partly determined by the rider's weight and weather patterns. Manufacturers often quote the scooter ranges under the best conditions. It's unlikely that yours will last as long as the rated range, although it is feasible under ideal conditions.

 

Maintenance Tips for Electric Scooters

 

An electric scooter’s battery is comparable to the engine of a car. It is the most important part of the scooter. Most electric scooter batteries are made with lithium-ion. Unlike lead-acid batteries, lithium-ion batteries are more lightweight and long-lasting. Advances in electric scooter battery technology deliver better performance than before. However, all batteries have a life cycle. Make sure you maintain your electric scooter’s battery by doing the following:

 
01
 

Do not let the battery get drained – Charging a completely drained battery affects the lithium ions cell’s ability to hold a full charge, which impacts its lifespan. Make sure to keep your electric scooter’s battery at a minimum charge of 10%.

 
02
 

Do not overcharge – In the same way, overcharging can impact a lithium-ion battery’s ability to hold out full charge cycles. Make sure to keep the scooter’s battery at a maximum charge of around 90%.

 
03
 

Always use the appropriate charger – Chargers have specific output voltages. This means using the wrong electric scooter charge can shorten the lifespan of the batteries.

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Keep the Parts Clean and Lubricated

Cleaning your electric scooter at least once a week will not only make it look neat but will also avoid damage from dirt build-up. Use a soft sponge and warm soapy water to remove stubborn mud and dirt from the external components of the electric scooter. Be extra careful in avoiding getting the internal components wet. Make sure also to refer to the user manual before lubricating the suspension and each moving joint. If needed use a lubricant designed specifically for electric scooters.

Check Your Tires Before Every Ride

To properly maintain your electric scooter, you need to check if it has the recommended tire pressure before every ride. This would depend on the manufacturer. If your tires have less or more than the recommended pressure, the result is reduced speed, increased skidding risk, faster battery draining, uncomfortable ride, and the risk of bursting tires while riding. Make sure to check your tires for damage regularly. This will help you know if you need a tire replacement.

Check the Brakes

Maintaining an electric scooter’s brakes is crucial for a safe ride. Make sure to check if your brakes are operating properly. If your electric scooter model has disc brakes, check for wear. Once you notice that the brake pads are worn out, replace them.

 

 

 

Store the Electric Scooter Safely

One of the most common tips for maintaining your electric scooter is to store it somewhere safe. Consider the temperature and sunlight when storing your scooter. In general, electric scooters should be kept in a dry place that does not get hit by direct sunlight and has a stable temperature. Storing it somewhere too hot or too cold can damage the lithium-ion battery and other components.

 

Our Factory

 

Our factory not only has advanced production lines, assembly lines, and inspection lines but also provides customers with technical designs and solutions. Teams and engineers with more than ten years of experience can design and manufacture non-standard equipment or provide other special technical services.

 

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Ultimate FAQ Guide to Electric Scooters
 
 

Q: How long do electric scooters last?

A: With many advancements in technology and manufacturing, adult electric scooters available today are capable of lasting for years to come—with proper care. The electric scooter lifespan is dependent on how well made the scooter is and how well the owner takes care of it. Generally, an electric scooter can last for up to three years (even longer if you replace some parts).

Q: Can the battery of the electric scooter be replaced?

A: The battery is one of the most critical components of an electric scooter, as without it nothing would work. Most electric scooters have lithium-ion batteries, which is one of the most expensive and heaviest parts of the vehicle. In general, Li-ion can withstand 300 to 500 charging cycles before there’s a drop in battery capacity. That means an electric scooter battery lasts for between 3,000 to 5,000 miles (4,800 to 8,000 km). Of course, that depends on how well the battery is maintained. When a battery starts to degrade, you might notice that you cannot charge it to its full capacity (100%). Although the battery still works, it isn’t functioning as optimally as it did when it was brand new. Many adult electric scooters are constructed with replaceable parts. Some have plug-and-play electrical components, so you just disconnect the old battery and install a new one. For this reason, scooter batteries can be replaced, which extends the scooter’s lifespan. You can keep a spare to swap, or easily install a new battery when the old one is depleted. For most scooters, you would need to open the deck and disconnect internal cables to change the battery. With swappable batteries, it’s much easier to ride without interruption and replace the battery whenever needed.

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

A: Compared to kick scooters, electric ones have excellent brakes and lighting because they can travel at much higher speeds. E-scooters usually have front and rear brakes, as well as tires with good traction so the rider can brake faster with better stability.

Q: Can scooters go uphill?

A: Single-motor scooters with more powerful motors of 1000W and above can usually climb hills without difficulty, but they continue to lose speed as the grade increases. Dual-motor scooters, on the other hand, tend to be much better at climbing hills. This is true even when the two motors are relatively low-wattage.

Q: How to charge an electric scooter?

A: An electric scooter will have an indicator to show that the battery is getting low. It’s better to charge the battery before it’s completely drained, as this can impact the battery’s longevity. Different e-scooter models charge in different ways. Some models will require removing the battery from the main body of the scooter and plugging it into a charger. Newer models have in-built batteries, so you can plug the cord directly into the scooter and charge it this way. If you are unsure how to charge your electric scooter, check the manual that came with it.

Q: Is an electric scooter good for commuting?

A: Electric scooters are great for commuting because you can zip around without breaking a sweat. If you’re meeting a friend and running late, you can get there a lot faster on an electric scooter than walking. For people living in a big city, it can be a pain to get around by car because you’re constantly stuck in traffic. Electric scooters for commuting are the perfect solution to getting around efficiently.

Q: Can you use an electric scooter as a kick scooter?

A: Electric scooters are not designed for manual operation. If your e-scooter runs out of battery, it’s best to catch public transport or taxi home. There are some electric scooters that can be used manually, but it’s impractical, will tire you out quickly and it’s often against the manufacturer’s recommendation.

Q: Why is my scooter dying so fast?

A: The most common cause for an E-Scooter to under-perform is having underinflated tyres causing the scooter to work much harder, which will inevitably cause your battery to drain faster. The tyres should be pumped to 36PSI, we recommend completing this as a first step to extend your range.

Q: Do scooters have brakes?

A: Some scooters come with a push button along the handlebars to engage electronic brakes, while other models require a slight pull-and-release on the brake levers. You will feel the scooter decelerate slightly as electronic brakes engage.

Q: What are the advantages of electric scooters over conventional ones?

A: Electric scooters are smaller in size, they are easier to park, you can even bring them into the entrance, office foyer. In an urban environment, there are no problems with charging: you can find a standard outlet in any cafe, if desired. And if the quality of gasoline is different, then mains power does not face such a problem. Let’s take a closer look at other advantages.
Clear Operation
For a beginner without driving experience, it will be easier to control a scooter with an electric drive than with a gasoline one. Even if you overdo it and twist the throttle handle, there will be no sudden jerks in the movement of electric vehicles.
Easy After-Sale Service
The design of a gasoline scooter is almost like that of a motorcycle: it has 5-10 times more parts that are subject to wear and breakage than its electric counterpart. A electric scooter construction is very simple and you just need to care about some main parts for the future maintenance.
Environmental Friendly
Electric scooters are harmless to the environment, they do not emit harmful emissions into the atmosphere. A bonus is the absence of the smell of gasoline and diesel fuel, so that electric vehicles can be comfortably stored even in an apartment.
Quiet Move
The electric motor works almost noiselessly, unlike a traditional roaring motor. You could drive in the early morning without disturb your neighbourhood.
Economy
Electricity is cheaper than fuel. The most economical models consume 1.5 liters of gasoline per 100 km of travel, but even in this case, the cost of each kilometer is 10 times more expensive than on a trip on an electric scooter. If you also include savings on engine oil, filters and other consumables for internal combustion engines, the amount saved in the operation of electric transport will become even more impressive.

Q: What is the most important part of a scooter?

A: Brakes. The brakes are the most important part of an electric scooter because they help the rider stay in control while traveling. There are different types of brakes but the most common are mechanical brakes and electronic brakes. Mechanical brakes are used to slow down.

Q: Why are Electric Scooters popular?

A: Convenient and Easy to Use
Electric scooters are very convenient to use. They are lightweight and easy to carry, making them perfect for short trips. You can fold and store them in small spaces like a backpack or trunk. Moreover, this type of scooter does not have Gears to operate the scooter, and You now accelerate the pedal to run the scooter.
Eco-Friendly
Electric scooters are a very environmentally friendly mode of transportation. They produce zero emissions, meaning they do not contribute to air pollution. This is a significant benefit, especially in urban areas with poor air quality.
Fun to Ride
Electric scooters are a lot of fun to ride. They are easy to control and can easily manoeuvre through congested traffic. This makes them a great way to get around cities and other urban areas.
Save Money on Parking
If you live in a city, you know how expensive parking can be. Electric scooters can help you save money on parking by allowing you to park in areas not easily accessible by car.

Q: How does an electric scooter work?

A: The battery’s stored energy is released when the throttle is depressed. The motor (or motors) receives electricity from the battery via the cables. The engines turn the wheels, which propels the scooter ahead. Due to their design, electric scooters can only move forward when the throttle is depressed. There is at least one brake on most scooters that can be used to slow the vehicle to a halt. All of that sums up to that. A few variants are introduced, but the details remain straightforward.

Q: How do brakes in electric scooters work?

A: Electric scooters have three distinct types of braking systems. The easiest brake to use is the foot brake located on the back of the bike; to apply the brake, simply press down on the back of the fender with your foot. It’s also the least convenient method of stopping, as it requires you to hit the back bumper with your foot while looking forward.

Q: How do controllers in electric scooters work?

A: Controllers in electric scooters serve as the connecting piece between the throttle and brake levers, the battery, and the engine. As the throttle is depressed, a signal travels through the wires to the controller, which then instructs the battery to discharge more or less power to the motor. The motor will immediately cease spinning once the electric brakes on your scooter cut power.

Q: What motors do Electric Scooters use?

A: The motor is a critical component of an electric scooter. Its power determines the top speed, climbing ability, load capacity and to some extent, the range of a scooter. There are two basic types of motors used in e-scooters today, including brushed DC (direct current) motors and brushless DC motors.
Brushed DC Motors
Brushed DC motors generate power using two sets of electromagnets. A large, cylindrical mechanical brush drags along a smaller magnet inside the motor, generating magnetic fields which power different coil phases. As a result, the inside of the motor turns continuously and generates power. Brushed DC motors have an efficiency of around 75-80%.
Brushless DC Motors
Brushless motors are almost like an inverted version of brushed motors. As such, the magnetic components that move in brushed motors are the parts that are stationary in brushless motors. These motors use digital switching circuitry to alternatively power different coils inside the motor. These motors have an efficiency of about 85-90%. They’re also more durable and have higher power-to-weight ratios than their brushed equals.

Q: How does an electric scooter controller work?

A: The controller, one of the most under-appreciated components of an e-scooter, is the force behind every function of the personal mobility device. It allows for the communication between the acceleration, electric brakes, the battery, the motor, and almost every other control. An e-scooter controller receives input from the rider and sends it out to the relevant part. When you twist the throttle, for example, the signal passes through the cables through the controller, which then notifies the battery to release more or less juice to the motor. In the same way, when you engage the electronic brakes, the speed controller cuts the energy from the battery and alerts the motor to stop working. The controller will usually have a metal enclosure that serves as a heat sync. E-scooter controllers are rated in terms of voltage and current being regulated. Those fitted on more powerful scooters will have a higher max voltage and a higher max current.

Q: How long does it take to fully charge an electric scooter?

A: It takes between 4 and 20 hours to charge an electric scooter, but charge time greatly depends on battery capacity and chargers used. You can use the charging time table to estimate how long a battery will take to charge from 0% to 100%.

Q: What is the weight capacity of an electric scooter?

A: To generalize, most electric scooters on the market can hold a weight of anywhere between 220 to 350 pounds (100 to 160 kg). However, it is important to note that different scooters have varying specifications and build quality - this can lead to significant differences in weight capacities.

Q: What is the average life of an e-scooter battery?

A: Typically, and with proper maintenance, an electric scooter battery will have an average lifespan of 300-500 full charge cycles. This usually takes 2-3 years for the average user. If you ride much more than that, then time is not as relevant but rather how many times you can charge your battery.

We're professional electric scooter manufacturers and suppliers in China, specialized in providing high quality products and service. If you're going to wholesale high-grade electric scooter with competitive price, welcome to get more information from our factory.

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