How many volts of charger should be used to charge the 5 batteries of the battery car?

The 5 batteries of the battery car are made up of 5 12-volt batteries in series, and the voltage of 5 12-volts in series is 60 volts, so it is a 60V (60 volt) charger, and its actual output voltage is higher than 60 volts.

The voltage of five 12-volt batteries connected in series is 60 volts, according to the conventional supporting charging of 8 to 10 hours of sufficient electricity, it is necessary to equip a charger with a charging voltage (open circuit voltage) of 70 volts, and the charging current is calculated according to the battery capacity, and each ampere-hour can be calculated by 0.13 to 1.15 current. For example, to charge a 60 volt 20 Ah battery, you can choose a charging current of about 2.5 to 3 amps.

The 5 batteries of the battery car are 60V, and you have to know how much capacity the battery has to know if it is 60V, that is, how much AH, so when you buy a charger, you have to buy a charger with a nominal 60V how much AH, for example, the battery is 60V 20Ah, and the charger will buy 60V 20Ah, I don't know if you understand.

The battery car has 5 batteries, which are connected in series, and the nominal value of each battery is 12 volts, which should be 60 volts, so buy a 60 volt charger. The current of the charger depends on how big your battery is, if it is 20 ampere, you can buy 60 volt ampere. If the capacity of the battery is large, the output current of the charger should also be bought, and the merchant should know.

If it is a 12V battery composed of 5 series connections, it is a 60V battery, and the output is full of 72V with a 60V charger.

The battery capacity is selected as the charging current, the charger charging current is magnified, the 20Ah battery, the charging current is 3A, and the charging time is about 8 hours.

5 batteries of electric vehicles, normal is 60V charger is best to use 65V charger, the voltage of the charger is slightly higher than the voltage of the battery, the voltage of the original charger of the electric vehicle is slightly higher than the battery voltage 5%-10% so it is best to use the original charger.

The 5 batteries of the battery car are 60V, and the charger must be bought with a nominal 60V3A charger, and the actual output voltage of the charger is about 75V.

A: How many volts of charger do I need to charge 5 batteries for an electric vehicle? The question you asked, if each battery is 12V, then it is 12x5 two 60V, if you need a 60V charger to charge now, this can be said to be right, or not completely right, why? Because you have one less question to ask, it is also an important part of the battery and the charger, that is, the capacity of the battery, no matter how many volts of the battery, the charger it is configured with, there are regulations, that is, the number of V and A of the battery, it must be consistent with the number of V and A of the charger, please keep in mind, the same is a 60V battery, there are 60V20A, 60V32A, you have to use a 60V20A charger to charge the 60V32A battery, you can't charge it, the same is, If you use a 60V32A charger to charge a 60V2OA battery, you can't charge it.

It depends on how your battery is installed! It is recommended that you don't blindly get it yourself, but go to the electric vehicle maintenance station to have a look, and let them match you with a suitable charger! This also extends the life of the battery!

How many volts of charger should be used to charge the 5 batteries of the battery car? The battery car has five batteries. You want a 220v charger to charge, and that's because of 220vIt is relatively safe to charge. There will be no accidents.

The battery car has 5 batteries of 60 volts. Because 1 battery of the battery car is 12 volts, 4 is 48 volts, and 6 is 72 volts. The higher the battery voltage of the battery car, the greater the capacity, and the more mileage.

Under the same voltage, the capacity of the battery is large, and the operating capacity of the battery is greater than that of the lower voltage at the same capacity.

Ways to extend the life of the battery:

Do not store the battery at a loss of power: The state of power loss refers to the fact that the battery is not charged in time after use, resulting in insufficient charging and a decrease in the capacity of the battery. The longer the idle time, the more serious the damage to the battery. When the battery is not in use, it should be charged once a month, which can extend the life of the battery.

Master the charging time, the average charging time is about 8 hours. If it is shallow discharge, the battery will be fully charged soon, and if it continues to charge, it will be overcharged, resulting in the heating of the battery and reducing the life of the battery. Therefore, it is best to charge the battery once when the discharge depth is 60%-70% (down two grids), and it can be converted into riding mileage when it is actually used, and the necessary charging is carried out according to the actual situation to avoid harmful charging.

Protect from high temperature exposure. The environment with too high temperature will increase the internal pressure of the battery and make the battery pressure limiting valve forced to open automatically, the direct consequence is to increase the water loss of the battery, and the excessive water loss of the battery will inevitably cause the battery activity to decline, accelerate the softening of the plate, and the shell heats up, the shell bulges, deforms and other fatal injuries during charging.

The battery car 5 batteries are 60 volts, the battery of the battery car is installed in series, the voltage is the sum of several batteries, the battery car single battery voltage is 12 volts, and the 5 batteries are 60 volts. The charging current is 20 amps, that is, a 60 volt 20 amp charger is enough, if there is no 20 amps, you can also use 60 volts and 30 amps.

Charge the general 48V20Ah battery, and charge it once after complete dischargeThe charging time is 8 to 10 hours, that is, the electricity consumption per hour of charging is in the kilowatt-hour of electricity. The charging capacity of the electric vehicle battery is generally multiple of the battery discharge capacity, calculated according to the charging voltage, and the power consumption = charging voltage * battery rated capacity *.

The calculation process is as follows:

1. The amount of charging to be charged = 20*.

2. Power consumption = 21 * average charging voltage) =.

kWh = 1000wh, that is, it takes about 1000 kWh to fully charge. The charging time is 8 to 10 hours, that is, the electricity consumption per hour of charging is in the kilowatt-hour of electricity.

About 5 degrees, taking a 48V20Ah battery as an example, its average charging voltage is about, plus the amount of electricity that needs to be charged is times the amount of power released, therefore, its charge consumes about one kilowatt-hour of electricity (the amount of electricity consumed = average charging voltage * battery rated capacity *).

It should be noted here that there may be batteries of the same voltage but different capacities, once the capacity is low, then its power consumption will be relatively low, for example, the power consumption of a 48V12Ah battery is generally in the kWh of electricity for a single charge. Therefore, the higher the voltage and capacity, the more power will be required for a single charge.

Charge attention. 1) When charging the battery, please read the reminder sign of the battery carefully and remove the battery from the machine.

2) The charging environment should be kept dry and tidy, and the charger should not be wrapped in plastic bags or plastic bottles, because it is easy to burn when the charger cannot breathe.

3) Regularly maintain and maintain the battery.

4) The charger should be placed in a fixed place, do not bump, and even if it is carried, it must fully consider the failure caused by bumps.

About 5 kWh.

Taking a 48V20Ah battery as an example, its average charging voltage is about that, plus the amount of electricity that needs to be charged is times the amount of power discharged, so its power consumption is about one charge (the amount of electricity consumed = average charging voltage * battery rated capacity *). A 5-battery electric vehicle needs about 5 kWh of electricity to be charged once.

Hello, this Mazda CX4 car, the seat design is still quite reasonable, this is no problem,.

5 batteries are 60V, and the battery capacity is set to 20Ah, then the electric vehicle battery is 60V 20AH = 1200Wh = when fully charged at one time, and the actual charging efficiency is 75%, so the 60V20Ah electric vehicle battery is theoretically about the need for each full charge, that is, the kilowatt-hour of electricity, but the battery is actually stored more than 60% of the electric energy and then charged, so the full battery only needs to be completed) plus the loss is less than the kilowatt-hour.

5 batteries need a 60V charger, and it depends on whether to charge a lead-acid battery or a lithium battery, which is not universal, and the charging current is 2a3a5a

Lead-acid battery: 2A charger for 15AT, 3A charger for 20AT, 5A charger for 30AT,

There are 5 batteries in the battery car, because each battery is 12 volts, and 5 batteries are 60 volts, so it is necessary to use a 60 volt charger to charge.

One battery is 12 volts, so 5 are 60 volts, and a 60 volt charger is used.

Summary. How many volts of charger should be used to charge the 5 batteries of the battery car? Hello dear, this kind of car charger is 60V, 64V, 72V these three.

According to the 5 batteries of electric vehicles on the market, the general battery is 60 volts and 20 amps, and the battery charger is general, the input is 220 volts, and the output is generally 55 volts. It takes him about 6 to 8 hours to fully charge the battery. charger charging, it is best to use the original charger.

How many volts of charger should be used to charge the 5 batteries of the battery car?

Good. How many volts of charger should be used to charge the 5 batteries of the battery car? Hello dear, this kind of car charger is 60V, 64V, 72V these three.

According to the 5 batteries of electric vehicles on the market, the general battery is 60 volts and 20 amps, and the battery charger is general, the input is 220 volts, and the output is generally 55 volts. It takes him about 6 to 8 hours to fully charge the battery. charger charging, it is best to use the original charger.

The charger model of the Wangye brand two-wheeled electric vehicle.

Hello dear, the charger of Wangye brand two-wheeled electric vehicle is 20ah60v lead-acid.

It's a five-battery deal.

Hello dear, right.

It can be used in an emergency, but it must not be fully charged, if it takes 6 hours to charge, it is not a big problem for you to charge for three hours, but your battery will be damaged if it is charged for 6 hours. In addition, the premise of this problem is that the battery capacity is the same, and the charger with a higher charging current cannot be used.

Note that the charging time should be controlled manually, because its output voltage is more than ten volts higher than the battery, and the photoelectric time will not automatically stop, and the battery will be charged if the time is not controlled.

Introduce. The principle of charging is that the voltage of the charger is higher than the voltage of the battery, so it can be charged, the greater the electromotive force difference between the two, the faster the charging, the greater the charging current, so the maximum voltage (no load) of the general 24V charger is 28V, and 60A is the output current capacity of the full load.

When you charge, the charger already has a load, and the voltage at this time is the voltage that the battery is charging, and the current of 40A is the charging current, and this current will become smaller and smaller with the completion of charging. In addition, the size of the charging current is also related to the capacity of the battery.

No, because the voltage is too high, either the battery is charged, the charger is burned, or the two are broken. Of course, things are not set in stone, and it is still possible to charge five batteries (one to five) with a current-limiting element. It's just that the full can't stop itself, and the full needs to cut off the power in time.

No, six are 72V chargers, five are 60V chargers, and if you charge five batteries with 72V, the battery will be charged.

It can't be used. The output voltage of the six batteries is 72V, and the output voltage of the five batteries is 60V, and the chargers are not interoperable.

Temporary use is possible, but the charging time must be manually controlled, because its output voltage is more than ten volts higher than the battery, and it will not automatically stop when photoelectric, and the battery will be charged if the time is not controlled.

If it is an intelligent output, you can fix the output voltage, you can look at the voltage output range described behind the charger, some are intelligent, and those that are not fixed are fixed.

No. Because the voltage does not match.

The large battery should be a single battery of 12 volts and 48 volts.

The most common types of electric vehicles are 48-volt and 60-volt lead-acid batteries, and if you pay attention, you will find that their batteries are composed of different numbers of 12-volt batteries, such as 4 12-volt batteries in a 48-volt electric car and 5 12-volt batteries in a 60-volt electric vehicle.

If the battery is made into a single battery of 48 volts or 60 volts, the volume and weight will inevitably increase exponentially, the battery will become more cumbersome, and there should be a special place for such a large battery on the electric vehicle.

Precautions for the use of electric vehicle batteries.

Charge in time, it is best to charge the electric vehicle with about 70% of the power, do not wait for the electricity to run out before charging, so as not to shorten the battery life due to "deep discharge".

If the charger does not have a temperature compensation function, it should be charged at room temperature (25) as much as possible (indoors, especially when used in winter), and the charger will continue to charge for 2 3 hours after turning green, and then cut off the power supply.

The batteries of electric vehicles are 12V and 16V, and most of the ones on the market are 12V. The 16V is the older model. Just use a 48-volt 20Ah charger.