How Long Is The Charge Of The Electric Scooter

How to charge an electric scooter?

An electric scooter is an environmentally friendly, safe, compact and modern way of transportation, which is suitable not only for adults, but also for children. In addition to the listed advantages, it is incredibly easy to maintain. How to properly charge an electric scooter, what affects the charge, and how long the battery will last, you will find out right now.

Charging step by step

If you buy a new, modern model, it will most likely have a durable lithium-ion battery. In such cases, a charge is enough for approximately 90 minutes of continuous use. To move along the route home. school / office. home additional food during the day may not be needed, but upon returning you will still have to put the scooter on recharge.

  • First of all, it is necessary to check the parts of the electrical circuit (connectors, wires, sockets, plugs) for moisture or dirt. Remove excess water or condensation with a cloth until the surface is completely dry, and if dirty, use dry cleaning methods.
  • Find the charger connector on the scooter body and insert the power cord into it. Use original accessories.
  • Connect the adapter to the mains (any 220 V socket).
  • Leave the scooter plugged in until the charge is 100% full. The battery level on different models from different manufacturers is displayed individually. Most likely, you will have a light indicator that changes from red or yellow to green, or the display will display a percentage, which is even clearer.
  • Disconnect the charger from the power supply and disconnect it from the scooter. Remember to close the protective cover to avoid contact with water, wind, or other electronics-damaging interference when traveling.

Choosing a charger

If the original components are lost or out of order, find a replacement from the manufacturer. Those who choose cheaper counterparts take risks.

  • It is not recommended to charge the scooter with a different charge of less voltage. At lower voltages, a chronic under-charge will occur. This will affect overall battery performance.
  • To replenish the charge a little, using such a device as an emergency measure can.

In addition to matching current and voltage, consider the connectors and plugs. Pay attention to quantity and shape.

How to extend battery life

In addition to the instructions in the instructions, there are several general rules that will help to extend the life of the battery, and therefore the scooter as a whole. Here are some guidelines for a longer device life.

  • Use only the original adapter that was originally supplied with the kit. Don’t buy cheap counterparts from unverified manufacturers.
  • Do not overcharge the battery. Leaving the scooter recharging overnight is strictly not recommended. Charging a scooter in time takes from 2 to 8 hours, depending on the volume of the battery and the degree of its discharge. Longer nutrition will lead to a decrease in quality and its early breakdown.
  • Do not charge the scooter less than 80-85%. Insufficient or occasional recharging will also negatively affect the battery, dramatically reducing overall battery life.
  • Do not use the scooter in extreme temperatures. The maximum and minimum values ​​will be spelled out in your instruction manual, but on average, the temperature range lies in the range from 20 to 45 degrees Celsius.
  • Do not charge the scooter in cold or hot weather. The temperature should be comfortable, room temperature. In this case, the process will go as efficiently and smoothly as possible.
  • If you have not used the scooter for a long time (more than a month), the battery needs 100% energy replenishment.

Is there a scooter with charging on the go

This question implies an answer that will lead you not to a specific brand or model of a scooter, but to additional, mobile power sources.

Powering from an external battery is not news for a long time, you probably have been using such devices for a long time to recharge smartphones or laptops. Similar batteries exist for transport.

They become relevant in a number of cases.

  • The need for a battery arises in autumn or winter, when freezing temperatures affect the maximum possible GoPro run. If the final point of the route is more than 18 kilometers away from the original, it is better to play it safe.
  • And also it may be needed in conditions of multIPle rises. Mountainous terrain reduces charge faster.
  • Another option is to change the rider. The range also depends on the weight of the user. If you put on weight or an adult used the scooter instead of a child, the battery may not be enough for the usual route.

But back to the main question. is it possible to charge a scooter on the go? Unfortunately, many manufacturers focus on the fact that such actions have a detrimental effect on the system.

The reason for these restrictions lies in the load on the motor. He is able to withstand either the load of movement or power. It is not recommended to combine these two processes.

Mileage on one charge

How long does an electric scooter travel on a single charge. the answer to this question is individual. You can find out the distance yourself, focusing on the original battery capacity, which will need to be divided by 10 units. For example, after purchasing, you open the instructions and see that the indicated capacity of your battery is 100 Wh. We divide 100 by 10 and we get that, on average, you can cover 10 kilometers on one charge. But do not forget, if conditions are far from favorable, the distance will be reduced.

Scooter power problems

It’s no secret that breakdowns occur more often during operation. Of course, the battery itself may fail (the service life will end, or the breakdown will be sudden), but difficulties may also arise with the network socket. and this is serious. Such a breakdown will block access to power, which means that you will not be able to replenish the device’s energy supply for further movement. To prevent an incident, it is better to arrange some kind of technical inspections, because an electric scooter is a vehicle.

Diagnostics should be carried out either at an official service center or at certified craftsmen who are well versed in models and manufacturers. The recommended frequency of visits to the diagnostician will be indicated in the original instructions, do not forget to check with it for any questions regarding the vehicle.

Factors Affecting Charge and Range

In addition to the above aspects, it is necessary to note the connection of optional sources of energy consumption. These include headlights and side lights. It is not recommended to neglect their use if necessary, but remember that excessive enthusiasm or inattention will cause the battery to drain faster, you need.

How many charges are possible

How many full charges an electric scooter can survive is a very important question. On average, you can expect 1000 recharge cycles.

After this time, the capacity of the battery will decrease, perhaps dramatically, perhaps gradually. In the second case, you have a chance to get another year of comfortable operation.

Of course, electric scooters are in many ways an incredibly convenient, inexpensive and generally available way to get around faster. They are comfortable to use both in an urban environment and in nature. If used correctly, the device will serve you for several years, can make life much easier and give you many pleasant moments.

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How to charge an electric scooter is described in.

How many kilometers does one electric scooter battery charge last?

Electric scooters are becoming an increasingly popular form of private urban transport. Their popularity is due to their economy and ease of movement around the city. They do not need to be filled with expensive gasoline, it is enough just to charge the storage battery (acb), and you can hit the road.

The scooters are very maneuverable, which allows you to easily bypass traffic jams that arise in the city, you can turn onto the sidewalk, go around the traffic jam, then continue on the road. The light weight makes it easy to lift the scooter into your apartment for storage, i.e. it is not necessary to have a garage.

Main characteristics of battery.

An electric vehicle battery performs the same function as a gas tank for an internal combustion engine vehicle. It stores electrical energy that powers the electric motor.

The main characteristics of the battery, which are indicated in the catalogs, are its nominal voltage and capacity, the larger these parameters, the better. Both of these parameters affect the most important parameter of the battery. the energy (power) reserve. This parameter will determine how much you can travel without recharging.

The energy (power) reserve is measured in watt hours (Wh or Wh). If you want to travel long distances (40-50 km), select a value of this parameter not less than 450-500 Wh, and preferably more. For medium distances (up to 30 km), 300-350 Wh is suitable. For short distances. 180-200 Wh.

The battery voltage is selected depending on the motor voltage, it can be 24V, 36V, 48V or 60V. The most popular are batteries with a voltage of 36V, they are usually equIPped with modifications with medium-power engines, weaker models are usually equIPped with batteries of 24 volts, and powerful ones with 48 or 60 volts.

Capacity is measured in ampere hours (Ah or Ah). Usually it varies between 7-10 Ah, the more powerful the engine, the greater the capacity.

Battery type and manufacturer are also important. They are of the following types:

  • lithium;
  • lead.

Lithium modifications are better than lead ones in all characteristics, primarily in terms of weight, capacity, service life and service life. Lithium batteries, in turn, are divided into:

  • Lithium Polymer (LIPo). light weight, high charge and discharge currents, withstand 500-800 charge cycles, fire hazard in case of overcharge.
  • Lithium-ion (LiIon). light weight, 500-1000 charge cycles, dependent on ambient temperature, fire hazard in case of overcharge.
  • Lithium iron phosphate (LiFePo4). high charge and discharge currents, 1500-2000 cycles, 20% heavier and more expensive than ions and polymers. Not fire hazardous, resistant to mechanical deformation. Do not lose capacity at subzero temperatures.

Each battery gradually degrades, as a result of which its real capacity decreases. This is a very slow process, but there always comes a point when the capacity decreases so much that the battery can no longer be used. In this case, it must be replaced. The service life depends on various factors, usually several years. Branded lithium batteries have a significantly longer service life, about 3-5 years. The manufacturer’s declared life is usually 3 years, but if the rules of charging, operation and storage are observed, they usually last longer. While cheap, they can last only a year or less.

How many kilometers does the battery capacity last.

The distance traveled on a single battery charge usually ranges from 20 to 50 km and depends on many factors:

  • battery power reserve (Wh), i.e. from capacity (Ah) and voltage (V);
  • terrain. with hilly terrain and frequent uphill climbs, the distance is reduced;
  • driving style. sharp accelerations to maximum speed significantly reduce the power reserve;
  • load weights. the more the weight of the person and the transported cargo, the less the scooter will travel;
  • battery type;
  • workmanshIP, i.e. from the manufacturer;
  • battery life;
  • ambient temperature. in cold weather the power reserve is reduced.

To estimate the approximate distance that a scooter can cover on a fully charged lithium brand battery (power reserve), divide the energy reserve in Wh by 10. For a brand lead battery, the distance will be slightly lower. For a budget lithium or lead model from an unknown Chinese brand, the power reserve will also be lower. How much lower? It is not known, it all depends on the manufacturer, it can be much lower. Those. this formula only applies to branded lithium models.

Example. If a lithium battery has a capacity of 8 Ah, at a voltage of 36 V, then its energy reserve will be 8×36 = 288 Wh. Accordingly, the power reserve in this case will be equal to 288/10 = 29 km. Please note that this is an approximate value and is influenced by all of the above factors. If you started driving with an incomplete charge, of course, the driving distance will be shorter.

It is better to detect the power reserve yourself on different terrain and at different speeds. This will help you to more accurately know the capabilities of your battery and predict the power reserve in a given situation. At first, it is better not to travel to extreme distances close to the distance calculated by the formula, it is better to always have a reserve of charge. Otherwise, the battery may run out ahead of time. you will have to reach a section of the path, pushing off with your foot or walking.

Also, it must be borne in mind that the capacity and energy reserve of any battery gradually decreases over time, which affects a gradual reduction in battery life and mileage on a single charge. This is a slow process, but nevertheless, after a few years of operation, the capacity may decrease decently, as a result, the battery is worn out, and it must be replaced.

  • Battery Type. lead models lose capacity faster than lithium ones, the latter can also have a different electrochemical composition and a different service life;
  • manufacturer. branded models have a longer service life;
  • the number of charge / discharge cycles carried out during operation. the more cycles, the shorter the service life, for lithium models the number of cycles can be from 500 to 2000 (depending on the electrochemical composition and brand);
  • driving style. constant driving at maximum speed with a heavy load leads to premature degradation;
  • compliance with the charging rules. you need to charge only with proprietary charging at a temperature of 5. 20 degrees;
  • operating temperature. in severe frost, the service life decreases, the ideal operating temperature is 20 degrees;
  • observance of storage rules. it is better to store lithium models charged by about 40-60%, at a temperature of 1. 10 degrees, in this case the self-discharge is minimal.

Do not forget that additional electrical appliances, such as headlights, side lights and others, also consume current when switched on, which naturally reduces the power reserve.

If the engine and the controller support regenerative braking. very good, in this case the range can be increased by recharging the battery with braking energy. In this mode, the engine, when braking, gives energy to charge the battery. Plus, brake pads wear less.

To increase the power reserve, we recommend using energy sparingly, coasting if possible, and avoiding sudden acceleration and deceleration. When planning a route in advance, it is better to avoid roads with long climbs. You need to get under way and gain the first acceleration by pushing off with one foot from the surface of the ground, with the other standing on the deck, as on a regular scooter. At a speed of about 5 km / h, the engine starts automatically, both feet are placed on the deck.

How to properly charge an electric scooter battery?

Before the first charge, you need to study the instructions, which indicate the charging rules. Use only the standard charger that came with the scooter. If it breaks down, buy the same, always branded. This is especially important for lithium ion and lithium. polymer modifications that, when overcharged, can overheat, swell and even explode, which can lead to a fire. It is clear that the characteristics of the charger purchased for replacement, in any case, must correspond to the standard one, this is important for all types of battery. Pay attention to the rated voltage, maximum charging current, and full charge shutdown circuitry and full charge indication. Any battery can be ditched by charging designed for a higher voltage, for example, if you connect a 48V charger to a 36V battery.

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Before charging, check all elements of the electrical circuit for moisture. If moisture is present, it is wIPed with a dry cloth, and then dried in a warm room. First, the charging is connected to the mains, the ignition of the “Mains” indicator is controlled, then the plug is connected to the socket on the scooter. If connected the other way around, in the event of a charging breakdown, the electric circuit of the scooter may be damaged.

The overcharge protection unit will automatically stop charging when fully charged and the indicator light will light up. After that, it is recommended to turn off the charging, it is not advisable to leave it overnight. If no end-of-charge indicator is provided, turn off time-lapse charging. Charging time is indicated in the instructions.

Before installing the scooter for storage in the winter or in case of a break in operation for a period of more than 1 month, we recommend discharging the battery by 40-60%. After every 2 months of storage, it is necessary to charge up to 40-60% before charging, because the battery capacity gradually decreases due to the self-discharge process. For long-term storage, a scooter with a lithium battery (or the battery itself) is best placed in a cold place, with a temperature of 1. 10 degrees.

How long does the battery of the electric scooter last, how to extend the mileage and service life.

Recently, on the streets of large Russian cities, you can often see people commuting about their business on an electric scooter. Passers-by are watching them with interest and some surprise. And they ask themselves the question of whether to buy such a convenient means of transportation.?

It is really very convenient to use it to travel around the city for short and medium distances, for example, to work, shopping or other business. If you wish, you can easily bring it into public transport and continue driving. And it is easy to bring it into the apartment for storage, unlike a heavier electric scooter.

But, immediately in my head additional questions arise, the main ones of which are: “how long does the battery charge last, how far can you go on a single charge and how to properly charge it?” In this article, we will answer these questions. But, first you need to know the princIPle of operation of an electric scooter and its main parameters.

How does an electric scooter work.

The motor is powered by a lithium or lead-acid battery, which is mounted on the steering column or support platform. Figuratively speaking, an electric vehicle battery is like a gas tank for a car with an internal combustion engine.

The speed is regulated by a special controller that changes the speed of the engine rotor.

All controls are located on the steering wheel. To start the movement, you need to turn on the power (with a key or a button), push off with your foot, then select the required mode of movement by smoothly increasing the speed by turning the handle on the steering wheel.

When stopping, mechanical brakes are used, located in both wheels. Some models are equIPped with motors that can give energy to recharge the battery during braking (regenerative braking).

Main parameters and characteristics.

The main characteristic of a motor is its power, which depends on the rated voltage and current. Motor power is selected depending on the expected driving speed and terrain.

The best option is an average power of 320-350 W and a speed of 30-40 km / h, in this case you feel comfort and confidence. Most of the scooters are designed for these parameters.

If you plan to drive fast, at speeds over 45 km / h, you will need a powerful engine. 450 W or more. There are very powerful options (up to 1000 W) that can reach speeds of up to 80 km / h, but they are very dangerous and are not recommended for purchase.

The rated voltage of the motor can be one of the standard range: 24V, 36V, 48V, 60V, 72V. The most popular motors are of average power of about 300-350 W, voltage of 36V, weaker models are usually equIPped with motors of 24 volts, and powerful ones of 48 volts.

The most important characteristic of a battery is its energy (power) reserve, it will depend on how long it holds and how many kilometers you can drive without recharging. This parameter is measured in watt hours (Wh or Wh). For a powerful motor, this value should be at least 400 Wh, and preferably more. For an average. 250-300 Wh. For the weak. 180-200 Wh.

How Long Is The Charge Of The Electric Scooter

The energy reserve of the battery depends on its nominal voltage and capacity, the more these parameters, the more power. The voltage is selected according to the motor voltage. Capacity is measured in milliampere-hours (mAh or mAh) and in ampere-hours (Ah or Ah).

If the capacity of the battery in ampere-hours and its voltage in volts are known, then the energy reserve is calculated by multIPlying the voltage by the capacity.

For a powerful electric scooter (500 W), a battery capacity of at least 10 Ah is desirable, at a voltage of 48 V. The energy reserve in this case will be 10×48 = 480 Wh.

For a 350 W motor, a capacity of 9 Ah is well suited, at a voltage of 36 V. The energy reserve in this case will be 9×36 = 324 Wh. At higher voltages, the capacitance may be less, the main thing is that the value obtained from the product in watt hours is at least 300 Wh.

For weaker models (about 250 W), batteries with a capacity of about 8 Ah, with a voltage of 24V, are suitable. The energy reserve in this case will be equal to 8×24 = 192 Wh.

How long does the battery last.

Battery life is usually around one to three hours and depends on many factors:

  • battery power reserve (Wh), i.e. from capacity (Ah) and voltage (V);
  • battery type. if you compare lithium and lead-acid versions with the same characteristics, then lithium will work longer without recharging;
  • workmanshIP, i.e. from the manufacturer;
  • average travel speed;
  • terrain. with hilly terrain and frequent uphill climbs, the time is reduced;
  • driving style. sharp accelerations to maximum speed significantly reduce the battery life, sometimes by 2-3 times;
  • load weights. the greater the weight of the person and the transported cargo, the shorter the battery life;
  • battery life;
  • ambient temperature. in cold weather, the battery life is reduced.

Example. If the lithium battery has a capacity of 9 Ah, at a voltage of 36 V, then its energy reserve will be 9×36 = 324 Wh. Accordingly, the power reserve in this case will be equal to 324/10 = 32 km. Please note that this is an approximate value that is influenced by all of the factors listed above. If you started driving with an incomplete charge, of course, the driving distance will be shorter.

It is better to keep track of the operating time and power reserve on different terrain and at different speeds. This will help you to more accurately know the capabilities of your battery and predict the power reserve in a given situation. At first, it is better not to travel to extreme distances close to the distance calculated by the formula, it is better to always have a reserve of charge. Otherwise, the battery may run out ahead of time. you will have to reach a section of the path, pushing off with your foot or walking.

Also, it must be borne in mind that the capacity and energy reserve of any battery gradually decreases over time, which affects a gradual reduction in battery life and mileage on a single charge. This is a slow process, but nevertheless, after a few years of operation, the capacity may decrease decently, as a result, the battery is worn out and must be replaced.

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How many years can a battery last without replacement? The answer to this question also depends on many factors, such as:

  • Battery Type. lead models lose capacity faster than lithium ones, the latter can also have a different electrochemical composition and a different service life;
  • manufacturer. branded models have a longer service life;
  • the number of charge / discharge cycles carried out during operation. the more cycles, the shorter the service life, for lithium models the number of cycles can be from 500 to 3000 (depending on the electrochemical composition and brand);
  • driving style. constant driving at maximum speed with a heavy load leads to premature degradation;
  • compliance with the charging rules. you need to charge only with proprietary charging at a temperature of 5. 20 degrees;
  • operating temperature. in severe frost, the service life decreases, the ideal operating temperature is 20 degrees;
  • observance of storage rules. it is better to store lithium models charged by about 50% at a temperature of 0. 10 degrees, in this case the self-discharge is minimal.

Do not forget that additional electrical appliances, such as headlights, side lights and others, also consume current when switched on, which naturally reduces the power reserve.

4. How to increase the power reserve and service life.

The electric scooter does not require constant maintenance and refueling. The owner only needs to know and follow the rules for operating, charging and storing the electric scooter, as well as the battery. Compliance with these rules can significantly extend the life of the battery, while a gross violation can kill it very quickly, especially if you charge it with a non-branded charge without overcharge protection, and even more so designed for a different voltage.

To increase the power reserve, we recommend using energy sparingly, coasting if possible, and avoiding sudden acceleration and deceleration. When planning a route in advance, it is better to avoid roads with long climbs. You need to get under way and gain the first acceleration by pushing off with one foot from the surface of the ground, with the other standing on the deck, as on a regular scooter. At a speed of about 5 km / h, the engine starts automatically, both feet are placed on the deck.

Before the first charge, you need to study the instructions, which indicate the charging rules. Before charging, check all elements of the electrical circuit for moisture. If moisture is present, it is wIPed with a dry cloth, and then dried in a warm room. First, the charging is connected to the network, the ignition of the indicator is controlled, then the plug is connected to the connector on the scooter. The charging time is indicated in the instructions. The overcharge protection unit will automatically stop charging when fully charged and the indicator light will light up. After that, it is recommended to turn off the charging, it is not advisable to leave it overnight. If no end-of-charge indicator is provided, turn off time-lapse charging.

Before installing the scooter for storage in the winter or in case of a break in operation for a period of more than 1 month, we advise you to discharge the battery by 40-50%. Every 2 months of storage, you need to recharge, because the battery capacity gradually decreases due to the self-discharge process. For long-term storage, it is better to put a scooter with a lithium battery in a cold place, with a temperature of 0. 10 degrees. You can put not the whole scooter in the cold, but only the battery.

How long does the charge on the gyroscope last and what does it depend on??

The hoverboard is the brainchild of the scientific and technical GoProgress. This is one of the most fashionable and modern means of transportation, which is used with pleasure not only by adults, but also by children. Experts and experienced users say that riding a gyro scooter brings only one pleasure and many benefits to the body.

The duration and quality of riding a hoverboard directly depends on its power source. It is very important that the battery lasts as long as possible. In the article we will talk about what determines the duration of the battery charge, how long it lasts and how to properly charge the unit.

general information

The source of electricity in a hoverboard is a lithium-ion battery, which consists of batteries, the number of which ranges from 10 to 20. The capacity of batteries and their number depend on the following factors:

  • the diameter of the wheels;
  • the power of the engine that is installed in the vehicle.

Based on the above parameters, the battery capacity is as follows:

  • capacity 2,2Ah. installed in a hoverboard with a power of 500 W and with a wheel diameter of 4 inches;
  • capacity 4,4Ah. in transport with a capacity of 500 W to 700 W and from 700 W to 1200 W with a wheel diameter of 6.8 and 10 inches.

Despite the large selection and assortment of this vehicle, the time for a full charge is almost the same and amounts to 2-3 hours. A full charge lasts about 20 kilometers.

First charge

Every gadget that runs on a battery is very important to properly charge the first time. The battery life depends on this. So, the first charging process consists of several stages.

  • WIPe the charger from dust and dirt.
  • Connect to the mains and wait. it is necessary that the signal indicators light up on it. Only then can the charger be attached to the vehicle. Follow the instructions and insert the plug correctly into the “socket”. This is very important, because an incorrect connection is fraught with the fact that the unit will break down, and a breakdown of this kind is not provided for by the guarantee.
  • Further, for about 3 hours, the hoverboard should be charged. It is necessary to periodically look at the status and color of the indicator. When it changes color from red to green, you can turn off the power. the batteries are fully charged.
  • The charger is removed from the socket and only then. from the segway.

What affects the charge duration?

When buying a vehicle, many buyers are wondering how much the hoverboard holds on average charging. But, unfortunately, none of the manufacturers, even the most famous ones, indicate such information. This is due to the fact that there are many factors that affect this parameter of the vehicle battery.

  • Terrain parameters. If you are riding on a flat road, the battery life is approximately 3 hours. When driving on uneven surfaces, the time decreases.
  • Load level. The rider’s weight has a fairly large effect on the length of the ride. The higher it is, the less the batteries will work without recharging.
  • Temperature conditions. In frosty weather, the battery will last a maximum of 2 hours. This is due to the fact that the subzero temperature discharges the batteries. Experts say that the optimum temperature for riding a gyro scooter is between 11 and 50 ºС.
  • Battery parameters. It is very important that the battery is of high quality, and its indicators correspond to those indicated in the passport.

Why does not it charge and what to do in this case?

There are times when the hoverboard stops charging even after a short period of use. The reason for this trouble may be:

  • faulty power supply;
  • network voltage problems;
  • battery malfunction;
  • the controller is out of order.

The most important thing in this situation is not to panic, not do stupid things, and not make rash decisions. First of all, in order to exclude at least one of the possible breakdowns or a voltage drop in the network, try connecting the charger again after a while. If the situation has not changed and the battery does not charge, the indicator does not light up, try restarting the segway. The reboot rules should also be detailed in the instructions for use. If the situation has not changed, contact the service center.

How to properly charge the hoverboard, see below.