Can a 60V electric car use a 48V battery?

Yes.

The 60V is made of 5 batteries connected in series and is equipped with a motor controller.

The tires and brakes are different, and the configuration of the 60V tram will be relatively higher. Generally, the motor rate power used in 48 electric vehicles is 350W, and the electric power of 60V electric vehicles.

It will be higher, some 600w or 800w are available.

Electric Vehicle Battery Introduction:The electric vehicle battery is the power of the electric vehicle**, and the vast majority of electric vehicles are equipped with lead-acid batteries.

Lead-acid batteries have low cost and high cost performance. Because this battery can be recharged and can be used repeatedly, it is called a "lead-acid battery".

In 1860, France's Plantai invented a battery with lead as electrodes, which was the predecessor of the lead-acid battery.

A 60V electric vehicle can use a 48V battery, and the battery current is small.

It depends on whether the controller of your electric car is 60-48 volt compatible, if it is compatible, it can be used, if it is not compatible, it cannot be used, because the controller is to control the voltage of the battery pack, the 48 volt battery pack is obviously not matched with the 60 volt, the voltage difference is too large, and it is not suitable.

No, if the voltage is low, the car will not run. A 60V car must be equipped with a 60V battery.

Yes.

The 60V is made of 5 batteries in series, and the motor controller and tire brakes are different, and the configuration of the 60V tram will be relatively higher. Generally, the motor rate power used in 48 electric vehicles is 350W, and the electric power of 60V electric vehicles will be higher, and some 600W or 800W are available.

Battery principle: lead-acid battery (sealed rechargeable battery): In addition to lithium batteries, lead-acid batteries are also a very important battery system.

However, its size and weight have not been effectively improved, so it is most commonly used in automobiles and motorcycles. The biggest improvement of lead-acid batteries is the recent use of high-efficiency oxygen recombination technology to complete water regeneration, so as to achieve the purpose of complete sealing without adding water, and the life of the "water-free battery" can be as long as 4 years (single plate voltage 2V).

Answer: No, the electric car will stop and go. 48V is exactly 80% of the 60V voltage, and the general circuit is suitable for 90% of the range. The voltage is 80%, and if the current of the 48V lithium battery can be guaranteed to be large enough, it can be used on the battery car with a wide range of circuit adaptation, that is, it is not guaranteed that all battery cars can be used.

Due to the low voltage, there may be problems: 1. The control circuit of the battery car will not work very stably, which is easy to cause control failure or fault damage. 2. The battery current will become larger, which will increase the loss and durability of the battery itself, and the battery life and kilometers will be affected.

Therefore, it is not recommended to use batteries with mismatched voltages, because it is not cost-effective because of small losses.

When the voltage is lower, it can't run, and when working at low voltage, it requires a larger current than the high voltage to provide the same power, which is not good for the controller and motor, so it is recommended not to do so.

Hello 60V electric car, using 48V battery, in the case of the same ampere-hour, the electric car speed is low, and the distance is not far.

Answer, 60V electric vehicles can not use 48 batteries, because the motor wattage of 6ov electric vehicles is larger than 48V, 60 W is about 600W to 800W, and 48V W is about 40WW to 450W, and the charger can not be universal, mainly because the controller has on-load constant current voltage, these two groups of batteries are different controller models, so they can't be used.

If it is a 60-volt electric car, of course, it is certain that it can use the 48-volt electric heater, but there is some lack of power in the hole.

A 60-volt electric vehicle cannot use a 48-volt battery. Because the controller has a cut-off voltage, the cut-off voltage of the 60-volt controller is higher than that of the 48-volt one, so the 48-volt battery is not used at all.

The battery voltage of an electric car is 60 volts. A 48-volt battery is not possible to install on a 60-volt electric vehicle. The cut-off voltage on a 60 volt controller is much higher than on a 48 volt controller. So 48 volts are simply not usable.

No, the volts of the battery need to be the same as the volts of the motor.

Whether a 60V electric vehicle can use a 48V battery depends on whether the controller is 48-60V compatible, if it is not compatible, it cannot be used. Because the controllers don't match.

Summary. Hello, I am your exclusive elite technician, we promise to be attentive, careful, and attentive to answer your car questions. Hello, 60V electric car must not use 48V battery, your 60V electric car, then its controller and motor are 60V, if you use 48V battery, then this voltage is too small, it will cause the controller and motor to work abnormally, 60V electric car, then its battery must also be 60V.

Can a 60V electric car use a 48V battery?

Hello, I am your exclusive elite technician, we promise to be attentive, careful, and attentive to answer your car questions. Hello, 60V electric car must not use 48V battery, your 60V electric car, then its controller and motor are 60V, if you use 48V battery, then this voltage is too small, it will cause the controller and motor to work abnormally, 60V electric car, then its battery must also be 60V.

Ok thanks!

Summary. Hello, I am glad to answer for you, 60V electric vehicles can use 48V batteries 60V electric vehicles can use 48V batteries. It's just a 48-volt battery, the battery is very undurable, and it can't run far.

Hello, I'm glad to give you a rough answer, a 60V electric car can use a 48V battery Oh A 60V electric car can use a 48V battery. It's just a 48-volt battery, the battery is very undurable, and it can't run away from the socks.

The 60V one is made up of 5 batteries in series, and the tires and brakes of the electric bucket controller are different, and the configuration of the 60V tram will be relatively high.

Summary. Dear, good evening, I'm happy to answer for you, 60V electric vehicles can use 48V batteries. Electric vehicles are a very commonly used means of transportation, and their structure is relatively simple; The main components of an electric vehicle include a frame, a motor, a battery, and a controller.

The controller of an electric vehicle is used to control the circuitry of the whole vehicle. Without a controller, an electric car cannot function properly. The motor is the power unit of the electric vehicle, and the motor provides the power to drive the electric vehicle forward.

The battery is also a fragile component that needs to be replaced frequently, and its performance continues to decline with the increase of the number of charging and discharging. During charging and discharging, the ions in the battery flow according to the electrolyte, and a part of the ions react with the electrolyte when they move in the electrolyte. As the number of charges increases, the number of ions in the battery decreases, resulting in a decrease in battery performance.

If you can maintain good driving habits, you can effectively extend the life of the battery. Once charged, be sure to use an appropriate charger and make sure that no overcharging of the battery occurs. Overcharging can damage the battery.

The controller of my car is a 48 volt to 64 volt controller, how to change the 48 volt battery in detail? Thank.

Dear, good evening, I'm happy to answer for you, 60V electric vehicles can use 48V batteries. Electric vehicles are a very commonly used means of transportation, and their structure is relatively simple; The main components of an electric vehicle include a frame, a motor, a battery, and a controller. The source cleaning controller of the electric vehicle is used to control the circuit of the whole vehicle.

Without a controller, an electric car cannot function properly. The motor is the power unit of the electric vehicle, and the motor provides the power to drive the electric vehicle forward. The battery is also a fragile component that needs to be replaced frequently, and its performance continues to decline with the increase of the number of charging and discharging.

During the charging and discharging process, the ions in the battery flow according to the electrolyte, and the ions in the first state react with the electrolyte when they move in the electrolyte. As the number of charges increases, the number of ions in the battery decreases, resulting in a decrease in battery performance. If you can maintain good driving habits, you can effectively extend the life of the battery.

After charging, be sure to use a proper charging appliance and make sure that the battery is not overcharged. Overcharging can damage the battery.

There is only one way to be more reasonable, that potato ridge is to find a 12V and the same size of the primary battery to install on the controller into the main line (red), of course, although this is able to ride but certainly not as far as before, 64 volts control the number of infiltrators undervoltage 55 to 57 volts, in other words, after adding a battery, 60V voltage, not enough to power the controller for a long time, (of course, if you just casually ride and modify, you can consider adding 16V batteries, If you cherish the car, you don't have the first to do it) One thing is certain, that is, to increase the controller, you must increase the power supply, there is no other way.

48V electric vehicles cannot use 60V batteries. For 48V electric vehicles, the upper limit charging termination voltage is the upper charging termination voltage standard voltage, and the lower discharge cut-off voltage is the lower discharge cut-off voltage standard voltage. Similarly, through the calculations, we can know that the upper limit of the 60V EV is 72V, while the lower limit of the discharge cut-off voltage is 54V.

From the above data, we can know that the minimum output voltage of the 60V charger is 54V, and the maximum output voltage can reach 72V, and the voltage that the 48V electric vehicle battery can accept is in between. That is to say, it can only be charged when the voltage is 54, and it cannot be charged when it reaches 72V.

Harm to the battery.

If you use a 60V charger to charge a 48V electric vehicle, there will be a situation where the charge is not enough. In addition, this kind of charging is very harmful to the battery, because when the high-voltage charger is used to charge the low-voltage battery, when it cannot be charged, the battery will heat up rapidly, and the battery water loss will be accelerated, and even bulging, and the service life will plummet. In addition, it is possible that the battery will be charged directly.

Hello, according to your question, the 48V electric car can not be equipped with a 60V battery. Because the voltage of 60V exceeds the ballast of 48V, it is easy to cause a short circuit in the vehicle, and the 48V vehicle is set at the beginning of the design of what the voltage it can withstand is the limit, once exceeded, it will lead to a short circuit in the vehicle motor or circuit board, and the internal structure between the battery and the battery of the vehicle is also different, although the measurement voltage is the same, but the working mode is not necessarily the same. It is recommended that you do not try to install, there is a big risk, I hope my answer will be helpful to you.

A 60V battery for a 48V electric vehicle is theoretically OK, but it will not be licensed.

After the new national standard for electric vehicles, electric bicycles are mandatory, the voltage can only be below 48V, the speed is within 25km h, and the weight is within 55 kg, if you add a battery, your electric bicycle will become an over-standard electric vehicle, the weight has become heavier, and the speed has become faster, so it can not be licensed, and the manufacturer will basically not reserve, because it is illegal.

If you buy the old national standard electric car now, many of them are high and low voltage design models, that is to say, your electric car can be equipped with two voltage batteries, motors, controllers, and internal components are designed to prevent high current, this kind of car can add a battery to 60V, and there is no harm to the car.

Precautions for the use of electric vehicles:

1. Purchase and use qualified electric bicycles, chargers and batteries produced by regular manufacturers, maintain them regularly, and it is strictly forbidden to modify them without authorization.

2. Electric vehicles should be parked in a safe place, and it is strictly forbidden to park in stairwells, evacuation passages, and safety exits, and shall not occupy fire truck passages.

3. It is strictly forbidden to charge in corridors, stairwells, evacuation passages, etc., charging should be carried out outdoors to ensure that there are no combustibles around, and try to charge at centralized charging points.

4. In the summer when the temperature is high, try not to use the electric vehicle continuously for a long time to prevent circuit failure caused by factors such as high line temperature and motor heating.

The use of 60V battery, the current and power are greatly increased, which can easily cause the motor to burn out, and the speed will also greatly exceed the standard, which is easy to cause traffic accidents.

OK.

Add a piece of the same battery in series, change the charger, before adding the battery, everyone is fully charged, so that the power is consistent, do not charge too much in the future, and do not use too much electricity.