How many kilometers can a 60v60ah lithium battery run?

The 60-volt 60-amp lithium battery can run about 150 kilometers.

Electric vehicle lithium battery 60V60Ah, with 800W motor, electric vehicle speed is calculated as 35 km h; By calculating:

Current size = motor power Nominal voltage = 800W 60V, that is, the average working current of the electric vehicle is about A;

Travel time = battery capacity.

Average current = 60ah, that is, the theoretical driving time of the electric vehicle is about hours;

Mileage = speed * driving time = 35km h *, that is, the theoretical mileage of the electric vehicle is about 157 kilometers;

That is: 60V60AH electric vehicle lithium battery with 800W motor electric vehicle, the theoretical mileage is about 157 kilometers.

Influencing factors. Lithium batteries can generally be charged and discharged 300 500 times. It is better to partially discharge the lithium battery than to discharge it completely, and try to avoid frequent full discharges.

Once the battery is off the production line, the clock starts moving. Whether you use it or not, lithium batteries only last for the first few years.

The decrease in battery capacity is due to the increase in internal resistance due to oxidation (which is the main cause of the decrease in battery capacity). Finally, the electrolyzer.

The resistance reaches a point where the battery cannot release the stored charge, although it is fully charged. The aging rate of lithium batteries is determined by temperature and state of charge. The table below illustrates the reduction in battery capacity for both parameters.

The 60V electric vehicle 60A battery can run about 100 kilometers.

Lithium batteries are a class of metals made from lithium.

or lithium alloy as a positive and negative electrode material.

Batteries that use non-aqueous electrolyte solutions. In 1912, lithium metal batteries were first developed by Gilbert NLewis proposed and studied.

Illinois Institute of Technology, 1982.

The Illinois Institute of Technology) and found that lithium ions have the property of being embedded in graphite, and that this process is fast and reversible.

At the same time, lithium metal is used.

made of lithium batteries, its safety hazards.

This has led to attempts to make rechargeable batteries that take advantage of the graphite-embedded properties of lithium-ion. The first available lithium-ion graphite electrode was produced by Bell Labs.

The trial production was successful.

Hello: 1, the capacity unit of the battery is [Ampere], instead of ......An is a unit of electric current.

2, the battery [Fully charged power] is: 60 volts 60 ampere-hours =3600 Wh

Battery life3600 WhThe power of the motor is watts, and the number is hours.

Cruising range] (how far to run) =SpeedBattery life

The speed can be consulted in the manual

The 60V electric vehicle 60A battery can run about 100 kilometers.

Electric vehicles are divided into electric and electric motorcycles.

2. The mileage of the electric car is determined by the capacity of the battery pack. For the electric, according to the new SHU car, the 48V12A can run about 40 kilometers, the 48V20A and 64V12A can run about 70 kilometers, the 60V20A and 64V20A are about 90 kilometers, and the 72V20A is about 120 kilometers.

Electric vehicle battery maintenance method:

1. After half a year of use, with the continuous consumption of water, it will cause vulcanization and softening of the plates, which will cause the battery capacity to decrease or even fail. Choose distilled water supplemented with nano-carbosol battery activator and an appropriate amount of collapsed water.

It can extend the battery life to more than two years.

2. Lead-acid batteries in battery cars.

It is not a lithium battery, it can not be charged at any time, the life of the lead-acid battery is calculated according to the number of flushing and discharging, the battery is most afraid of power loss, and often keeping enough power can prolong the life of the battery.

The lithium battery of 60 volts and 6 amperes is full of the storage capacity of the company.

It's 3,600 watt hours, and the sock leg is related to its own leaky model, and the power consumption per kilometer is different depending on the model. The light two-wheeled electric-assisted bicycle consumes less than 10 watt-hours of electricity per kilometer, and this group of batteries can make the electric-assisted bicycle have a range of about 380 kilometers with sufficient power. It is used to drive a medium-sized four-wheeled electric car with a range of less than 50 kilometers.

The lithium battery of 60 volts 60 amp Qizi, according to the calculation that the 48 volt 20 amp battery can run 40 kilometers, must be a new battery, 48 20 = 960 watt-hours.

60 60 = 3600 Wh.

3600 960 40 = 150 km.

This is a theoretical value, and the actual value should be determined according to the source and road conditions.

The 60v60ah lithium battery can run about 120 kilometers. Electric vehicles with this battery can have a range of around 120 km. Electric vehicles are a common means of transportation.

Its structure is very simple. Electric vehicle.

The main components include the frame, motor, battery, and controller. The controller is used to control the circuits of the whole vehicle. Without a controller, an electric car cannot run properly.

Advantages of lithium batteries

The voltage is high, and the working voltage of the single battery is as high as 3.7 to 3.8V, which is 3 times that of NICD and NIMH batteries. More energy than energy.

The actual specific energy achieved is about 555 Wh per kg, which is close to about 88 percent of its theoretical value. The cycle life is long, generally can reach more than 500 times, or even more than 1000 times, lithium iron phosphate.

can reach 8000 times.

Good safety performance, no pollution, no memory effect. As the predecessor of Liion's lithium battery, due to the metal lithium.

It is easy to form dendrites and short circuits, which reduces its application field. Liion does not contain cadmium, lead, mercury and other elements that pollute the environment. One of the major drawbacks of some NICD batteries is the memory effect, which seriously restricts the use of batteries, but Liion does not have this problem at all.

The self-discharge rate is about 2% after 1 month of storage at room temperature. Fast charging 1c charging capacity can reach more than 80% of the nominal capacity in 30 minutes, and phosphorus-iron batteries can reach 90% of the nominal capacity in 10 minutes.

The lithium battery 60V60 for electric vehicles can run about 70 kilometers.

The specifications of electric vehicle batteries are generally 36V, 48V, 60V, and 64V, of which electric motorcycles 48V and 60V are the most common. There are three commonly used 48V types: 48V12Ah, 48V20Ah, and 48V32Ah.

There are two commonly used 60V20Ah and 60V32Ah.

The battery of electric vehicles is generally 10ah, 12ah, and 20ah. The motor specifications are generally voltage -36V, 48V, 60V, and the power is generally 180W, 360W, and 500W.

60V20A, motor 1000W, about 50km in summer, 40km in winter.

This depends on the size of the motor power, the size of the battery capacity, if the power is 800W, the battery capacity is 20Ah, you can calculate it in this way.

800 60, according to the average current of this driving, the battery of 20ah can run for about an hour, and the speed of 40 per hour can run 60 kilometers, which is also related to the load and road conditions.

How much range there is.

It's not just about the number of batteries.

It also depends on the condition of the car.

If the new battery, carry a 60 kg person.

You can run about 80 to 90 kilometers.

The 60V20Ah lithium battery can run about 70 kilometers.

This depends on the actual situation, if the load increases, the motor output increases, the power increases, and the mileage will be less. It is also related to the driving road conditions and ambient temperature, and the mileage will be shortened when the wave is constantly creeping because the current is larger than the average current when the creeping wave and starting are larger, so the time will be shortened. Changes in ambient temperature also affect battery capacity, with slightly higher capacity and lower temperatures and lower temperatures.

Precautions should be taken for battery use:

There are generally two types of batteries, namely lead-acid batteries and lithium batteries. Among them, the lead-acid battery is charged and discharged about 360 times, while the lithium battery is fully charged and discharged about 500 times. Don't just change the charger and don't remove the speed limit of the controller.

Chargers from various manufacturers generally have individual needs, so don't change them when you're not sure.

If the range requirement is relatively long, it must be equipped with multiple chargers, and the charger that is recharged during the day is supplemented with a separate charger, and the original charger is used at night. Removing the speed limit of the controller, although it can increase the speed of some cars, in addition to reducing the safety of the car, it will also reduce the service life of the battery.

If it is a 60V20Ah lead-acid battery, the normal service life is about 1 to 4 years, and the total cruising range is about 27,000 kilometers in the life; If it is a 60V20Ah lithium battery, the normal service life is about 2-6 years, and the total cruising range is about 37,500 kilometers in the life.

The 60v20ah battery can run 40km h. If you are slow, you can run to 60 with less starts. I have two batteries of 37 Ah and I have measured normal running for more than 100 kilometers without deliberate power saving, and 75 kilometers at 28 Ang.

60V20A is generally used for 800-1000 watt motors, full of about 35-45 kilometers at a time, there are many factors that determine the mileage, but according to the current battery quality and most people's riding habits, 60V20A battery life is between 30-50 kilometers.

How far does a 60v20ah battery run with data to tell you:

The ideal discharge amount of 60V20Ah electric vehicle, by calculating it we can get that it is the kilowatt-hour (rated voltage.

Rated current time). In addition, since the charging efficiency cannot reach 100%, the actual charging amount is higher than the ideal discharge amount. Generally speaking, the actual charging amount is a multiple of the ideal discharge capacity, from which we can get the actual demand for a full charge.

How far can a 60v20ah lithium battery for electric vehicles go? Let's use the data to answer the ...... in detail

For example: electric vehicle lithium battery 60V20Ah, with 500W motor, the speed of electric vehicle is calculated as 25 km h;

Calculation:Current size = motor power voltage size = 500w 60v, that is, the average working current of the electric vehicle is about ampere;

Driving time = battery capacity Average current = 20ah, that is, the theoretical driving time of the electric vehicle is about hours;

Mileage = speed * driving time = 25km h *, that is, the theoretical mileage of the electric vehicle is about 60 kilometers;

That is: 60V20AH electric vehicle lithium battery with 500W motor electric vehicle, the theoretical mileage is about 60 kilometers.

Of course, there are 400W, 600W, 800W ...... electric vehicle motor powerSpecifically, the actual motor power can be calculated by itself with the above calculation method to obtain the theoretical mileage;

In addition, the above is based on the theoretical data calculation under the ideal state, the actual driving process is difficult to achieve consistency, after all, each rider has different weights, different riding habits, different roads, and different local climate and environment, so the above theoretical mileage can only be used as reference data.

The above is sorted out by platinum group lithium batteries for everyone, please purchase.

Lithium batteries have an impact on the range in the cold winter.

Lithium-ion batteries work on the principle that the electrolyte inside changes through a chemical reaction, and a potential difference occurs at the positive and negative electrodes to produce an electric current. In a low-temperature environment, the electrolyte moves quite slowly, which affects the transfer activity of lithium ions between the positive and negative electrodes, resulting in a decrease in the charging and discharging performance of the battery.

To put it simply, in a low-temperature environment, it is not that the lithium battery is really dead, but that there is power but cannot be released normally. According to analysis data, the capacity of ordinary lithium batteries will be reduced by 20 at zero degrees Celsius, and when it reaches minus 10 degrees Celsius, the capacity may only be about half.

Extended Information: Precautions for Winter Use:

1. Find a warm place to charge.

When the ambient temperature is lower than 0, charge the electric vehicle, the system will automatically heat the battery cell first, and when the temperature of the battery cell reaches more than 5, it will really start charging the vehicle. Some EV owners feel that charging their EV in the winter suddenly slows down, which is actually an extra time to heat up the battery cells before charging the vehicle.

Therefore, when the car owner usually charges the car, he should try to choose the underground parking lot, closed garage and other places. This helps to improve the activity of the battery, which not only reduces the loss of range, but also improves the efficiency of charging and saves time.

2. Charge the battery for a short time before traveling.

The day before, the electric car was still 60 or 70 percent charged, but the next morning it was only 30 percent or less charged. Some people call this situation "running electricity". In fact, this kind of "running power" is not a failure, but a fault caused by low temperature.

In the process of driving the electric vehicle, the battery is in a state of continuous discharge, the temperature will be relatively high, and the voltage of the battery is relatively high.

However, after being parked in a low temperature state for a whole night, the battery has cooled down and the voltage drops, at which point the car's system will automatically adjust the displayed power and range, which creates an illusion of "running power". In this case, you generally only need to go out in advance and charge the battery for about 10 minutes.

3. Drive steadily and don't be in a hurry.

When driving an electric vehicle, you should accelerate slowly and avoid intense driving methods such as deceleration, sharp turns, and sudden braking. Good driving habits can effectively reduce the rate at which the battery drains power. The time to start the car should not exceed 5 seconds each time, and the interval between starting again should not be less than 15 seconds.

If the battery mileage drops too much, you should go to the 4S store in time to check the battery of the car, replenish the electrolyte of the battery in time, and adjust the specific gravity of the electrolyte.

Hope, thank you!