Can lithium electric bike chargers be lead acid batteries?

The lead-acid battery of this battery is very different from the lithium battery, and it cannot be interoperable, because the lead-acid voltage is 72V, but the lithium battery is 75V, and the power is asymmetrical, and the current of 400W will also be problematic (the lithium battery is dedicated and cannot be charged with lead-acid battery).

Of course not. Because different types of batteries have different protection voltages and different voltage and current control values.

For example, for lithium batteries, the upper limit of 12V is, while lead-acid batteries are.

It can't be used, their charging turns out to be different, and it can't be used interchangeably.

No, although the input voltage of the two chargers is the same, the power is inconsistent, so long-term use will cause the charger to burn out.

It's best not to, lithium-ion batteries or use special chargers, after all, lithium-ion batteries are relatively expensive, and the gains outweigh the losses if there is an accident.

For the sake of the health of lithium-ion batteries, please do not charge lithium-ion batteries with lead-acid chargers at will. The charging control methods of lead-acid batteries and lithium-ion battery chargers are different, and the popular point is explained:

Lithium-ion battery charging control is to charge according to the constant current first, and then when the battery voltage rises, the voltage will no longer rise, the charger will detect the current, if the current is less than a certain value, the charging will be ended.

Lithium batteries are sensitive to overcharging, so the protection circuit is complex. The maximum charging rating voltage for a single nominal battery is not more than 1.

The ideal charging current of lead-acid battery is pulse type, pulse charging is best for pulsating DC charging with direct rectification without filtering of the mains 50-60hz power supply we use (this is based on the practice of simple circuit and low cost), due to the relatively large self-discharge rate of lead-acid battery, when using power frequency charging, the constant voltage charging method is generally used (and will definitely limit the current).

In addition, when the battery is fully charged, the charger stops charging voltage (current) is different, for example, the charging termination voltage of a 48V lead-acid battery is about 55V, while the charging termination voltage of a 48V lithium-ion battery is about 55V. Therefore, for the health and safety of the battery, it is necessary to choose a regular and qualified lithium-ion battery charger.

、About the above [can lead-acid battery charger be charged lithium battery]? The reason is that the lead-acid battery charger and the lithium battery charger have completely different circuit designs, so it is not recommended to charge the lithium battery with a lead-acid battery charger. FYI!

"No, the protection voltage is not the same. The voltage and current control values are different. For example, all of them are 12V, the upper limit of a single charge of lithium batteries, and 3 strings of 12V, the upper limit of charging.

Lead-acid single section 2V 6 strings form 12V, the upper limit of charging is that the lithium battery charger will be charged with lead-acid undercharged. The charging current is also not the same. The lead-acid battery is charged in 3 stages and the first stage is charged at constant current when the voltage is reached.

No, lithium batteries have strict requirements for current, and they are easy to burn out when the current is large, and lead-acid batteries have no effect.

No. Because the termination charging voltage of lead-acid batteries is completely inconsistent with the termination charging voltage of lithium batteries, the termination charging voltage of the charger using lead-acid batteries is generally higher than that of the corresponding lithium battery termination charging voltage, so it may damage the lithium battery or overcharge and other safety accidents.

Generally, yes, the lithium battery has a protective board, it will not be overcharged, and it can be fully charged.

The charging current of the lithium battery should be appropriate, the charging time is more than 5 hours, the charging current is multiplied, and the charging current is automatically charged.

A charger that doesn't use fast charging will do the trick.

No, because lead-acid batteries and lithium batteries have different charging modes.

No, the light one does not respond, the heavy one may cause the battery** Don't mess around.

The working principle is completely different, lead-acid batteries must use a special charger, the charger of lithium batteries cannot be universal, the cut-off voltage is completely different, thank you for your personal opinion.

<> lithium iron phosphate battery.

Yes, as long as the space can be placed, the charger needs to be changed to a lead-acid battery.

The electric car mainly depends on how far it can run, and how far it can run mainly depends on its battery capacity.

The larger the capacity, the farther you run.

OK. Replacing the lead-acid battery with a lithium-ion bridge battery, the most important thing is that the parameters of the lithium-ion battery should match the parameters of the equipment, and the matching here is not only the matching of current, voltage, etc., but also the matching of the ambient temperature, working time, and charging mode of the equipment. Replace the lead-acid battery with a power lithium-ion battery, and the charger will be replaced at the same time.

This is because the charging curve of lead-acid batteries is completely different from that of lithium-ion batteries.

Of course, you can install lead-acid batteries, but the lead-acid battery life is relatively short, and the volume is relatively large, so the mileage of riding an electric car is shorter, and it costs more to slide and fight electricity, and the lead-acid battery seems to have been produced very little now, which is very polluting to the environment.

Lithium batteries can replace Qinyuanqi lead-acid cavity loss batteries, as long as the voltage is consistent.

It can be replaced by imitation Zheng, but the most basic condition is that it can fit a lead-acid battery.

The first thing to replace is the charger, and the controller should theoretically be replaced, because the undervoltage value of lithium battery is lower than that of lead-acid electric vehicles, and it has an impact on the life of lead-acid batteries.

Lithium battery electric bicycle, if it is equipped with lead-acid battery is not good, Xinzi stool because you install it is not sliding with the trip, or it is easy to burn out the motor. It's better not to do that guessing.

Electric bicycles with lithium batteries cannot be equipped with lead-acid batteries, because their entire line and output, lithium batteries and lead-acid batteries are completely different.

It can be installed, as long as it is slightly modified.

However, it is generally changed to lithium batteries for lead-acid batteries, which reduces weight and runs more.

As long as the battery voltage is the same, the battery capacity is close, and there is enough space for your electric car, it's fine. The volume of lithium batteries is generally small, and the volume of lead-acid storage and pool is large, and there is often not enough space in the state. You should think about it when you buy an electric car so as not to get yourself in trouble.

Technically speaking, there is no problem with posture, as long as the voltage of the lead-acid battery is the same, and the capacity is not lower than that of the lithium battery, but the problem is that the volume and weight of the lead-acid battery are larger than the lithium sail battery 2 3, so you must first decide whether there is a place to place the lead-acid battery.

Yes, as long as the voltage is allowed, but the lithium battery area is small, and the change of lead-acid battery needs to be fixed.

Lithium battery electric self-disturbance preparation car should be able to modify the acid battery, the voltage level should be equal to the voltage of the lithium battery, you can roll to shout, and the charging retarder should also be replaced with an aluminum-acid battery charger.

Lithium battery electric bicycles are not allowed to be equipped with lead-acid batteries, and they are not compatible with each other.

Lithium battery electric bicycles can also use lead-acid batteries as long as there is a place where they can put lead-acid batteries.

Yes, but the voltage and current should be the same, and the volume and shape of the battery are basically the same, so that it can be installed and fixed.

Lithium batteries can be replaced with lead-acid batteries, but the charger is also changed to a lead-acid battery charger accordingly.

Lithium battery electric vehicle to lead-acid battery power supply, as long as the battery is put or the space is allowed, it is possible to be cautious, ordinary electric vehicle power supply is simple just to form a loop, there is no power supply agreement to change the type of power supply battery is no problem.

It can be modified, provided that it can be put in a place where 4 lead-acid batteries can be placed, and if it can be placed, the lead-acid batteries can be modified.

Lithium batteries and lead-acid batteries are interchangeable; But as long as the volume allows and the voltage is the same.

It is estimated that it is not easy to install, the most important thing is that the battery box is too small, and the reverse is OK, and the lithium battery is relatively small.

Replacing lead-acid batteries with lithium batteries is still very risky, and it is not recommended to modify them. Reasons why lead-acid batteries are not recommended to be modified into lithium batteries: 1. Increased cost If you want to replace lead-acid batteries with lithium batteries, you first need to keep the lithium battery and the original lead-acid battery voltage.

"No, the protection voltage is not the same. The voltage and current control values are different.

For example, all of them are 12V, the upper limit of a single charge of lithium batteries, and 3 strings of 12V, the upper limit of charging. Lead-acid single section 2V 6 strings form 12V, the upper limit of charging is that the lithium battery charger will be charged with lead-acid undercharged. The charging current is also not the same.

The lead-acid battery is a 3-stage charge, the first stage of constant current charging, when the voltage reaches the limiting charge, when the current is less than the trickle charge with smaller current.

The charging control method of lead-acid battery and lithium battery charger is different.

Lithium battery charging control is to charge according to the constant current first, and then when the battery voltage rises, the voltage will no longer rise, the charger will detect the current, if the current is less than a certain value, the charging will be ended. Lithium batteries are sensitive to overcharging, so the protection circuit is complex. The maximum charging rating voltage for a single nominal battery is not more than 1.

The ideal charging current of lead-acid battery is pulse type, pulse charging is best for pulsating DC charging with direct rectification without filtering of the mains 50-60hz power supply we use (this is based on the practice of simple circuit and low cost), due to the relatively large self-discharge rate of lead-acid battery, when using power frequency charging, the constant voltage charging method is generally used (and will definitely limit the current).

Lead-acid chargers cannot be charged with lithium batteries. There is danger, it is generally not recommended to use it like this, although there is no charger with pulse function, the theory can charge the lithium-ion battery, but it may still hurt the lithium-ion battery, although the lithium-ion battery has a protection plate, the theory of overcharge or overdischarge can play a protective purpose, if the overcharge protection voltage is often triggered when charging, then the output voltage of the charger is set incorrectly.

If the lithium battery with the same voltage can charge the lead-acid battery, the lead-acid battery cannot charge the lithium battery. Because there are higher requirements for the safety of lithium.

In order to overcome the large internal resistance of lead, the lead-acid battery charger increases the charging voltage by about 5% during constant current charging. That is, the same voltage charger was chosen. If you power a lithium battery, the voltage will be a little higher.

Due to the large internal resistance of lead, constant current charging increases the constant voltage voltage in order to improve efficiency. This is very unfavorable for lithium batteries and will affect the life of lithium batteries.

The lead-acid battery charger adopts three-stage charging, which has good performance and high charging saturation, which can improve the battery life. It needs to pass UL and CE certification to make it clear-headed and comply with RoHS directives.

"Lithium battery" is a battery that uses lithium metal or lithium alloy as the anode material and uses a non-aqueous electrolyte solution. In 1912, the lithium metal battery was first proposed and studied. In the 70s of the 20th century, lithium-ion batteries were proposed and research began.

Due to the very active chemical properties of lithium metal, the processing, preservation, and use of lithium metal have very high environmental requirements.

Of course, this is not allowed, it is different, it cannot be mixed, it must be dedicated. Lithium batteries are more expensive.

Of course not, although their battery voltage is the same, the way of charging is different. And the current inside is also different, if you use it to charge a lithium battery, it is easy to charge it.

Can a charger for lead-acid batteries be charged with lithium batteries? This is not allowed, it is better not to let them be used in general, which will cause security risks.

The charger of the lead-acid battery cannot charge the lithium battery, and the battery charger needs to be matched with the battery.

Lead-acid batteries and lithium batteries have different voltage ratings, and their charging curves are also different. If you do this, it is very dangerous! So, it is not recommended!

I am a practitioner who has been engaged in the lead-acid battery and lithium battery market for 7 years, and my reply is that the answer is definitely no, and the explanation is as follows: we take the 24V100Ah battery as an example, there are brands such as Chaowei and Tianneng in the lead-acid battery market, and their battery requires the battery voltage to be lower than 22V charging current 5-8A current, more than this voltage 22V is 15A-18A charging current, and the voltage higher than 28V is 10A current The current requirement is about 5A, and finally the floating charge current is only about about Xin Yuming's charger can be completed in accordance with their requirements to achieve the charging curve, then lithium battery, there are ternary, iron lithium, ternary commonly used 7 strings, lithium iron is 8 strings, the charging curve requirements of lithium batteries are, first constant current in constant voltage, constant current is for example 24V15A charger, a power on is 15A, until the charge arrives, and then the voltage does not move, has been constant, the current falls, if the original lead-acid battery charger is used to charge lithium batteries, it can be seen, Each voltage point and current point are not the same, there will be damage to the battery, if the protection board of the lithium battery is not good, it will be dangerous, sometimes I see **said battery** on the Internet, it may also have something to do with the charger, so please ask some technical questions about the merchant and choose the charger that suits your battery.