Can a 17 DC motor charge an 80AH livestock battery?

This can't, the power is too much, and if you can't rush, you need at least a 20V motor.

Hello, this one is possible. At the same voltage, the battery can provide power to the motor for about 10 hours. Thank you, hope it helps

A voltage regulator module is required, the battery voltage is 12V, the charging voltage is the highest, and the voltage of 17V is too high to charge the battery.

Yes, the current of the 17V DC motor itself is not large, and he can directly charge the 80Ah battery without any problems.

A 17V DC motor is not able to charge the 80AS touch battery, because one of their power levels is not allowed to be used and cannot be connected to each other.

If you have a 17V DC motor, you can charge an 80Ah battery, but its charging speed is relatively slow.

Necessary conditions for charging:

1.Must be a 17V DC generator.

2.If the rated voltage of the battery is 12V, it needs to be reduced to 17V to approximately; If the rated voltage is 24V, you need to boost the voltage from 17V to about 29V before charging the battery.

3.The DC generator must have the ability to output a current greater than 8A, otherwise it will take too long to be fully charged.

The above three conditions must be met at the same time.

This is not possible, if it is a DC motor, it cannot be charged.

Can a 17-volt DC motor charge an 80-ampere-hour battery? The main consideration is that the voltage of 80 ampere-hours is the capacity, but what is its voltage? If the voltage is compliant, it can be charged, and if the voltage is 12 volts, it is completely fine.

This is okay, that is, in general, we can use it in this way in most cases, and then there will be no big problems, like this kind of electricity safety still needs to be paid attention to, I think this is worth affirming.

A 17V DC motor can charge an 80 amp battery, so during the charging process, but you can also look at its conversion power.

In this case, it is perfectly fine, and there will be no problems, because its power is still close, so there is no problem at all in this regard.

A 17V DC motor can charge an 80Ah battery, which can also be charged, but very slowly.

No, the motors are all electric, and they cannot generate electricity.

A volt DC motor can charge a training pool, but only one more transformer needs to be connected to it when charging.

Only the motor is bullied to charge an 80,ah battery, this charging time may take a long time to charge, so it is recommended not to use this charge.

This should be fine, you can check what his platinum resistance is.

They can't charge each other, because there is a danger that they don't match.

No, this can't be charged to him.

If you want to charge it with the 17 one, it's relatively okay, but it will take a long time.

This must be charged, how can it be done without charging?

This needs to depend on the specific parameters, and it can't be charged casually.

Can a 17V DC motor charge an 800 AI battery? If you want to have a large capacity, you can charge it.

Analyzing the specific situation on a case-by-case basis, it's really hard to say that you haven't seen the actual item.

AH is the unit of battery capacity, and its meaning is: 1 ampere current is used for 1 hour, that is, 1AH.

The selection of 100Ah battery charging current is as follows:

1. The battery generally retains more than 20% of the battery, and the chemical conversion efficiency of the battery is about 50% when charging, and the power needs to be increased by 150%*80% when the battery is fully charged.

2. The optimal charging current of the battery is 10% of its capacity, that is, 10A, and the charging time needs to be 150%*80% 10%=12 hours, plus about 1 hour of segmented charging time.

3. In order to conform to people's work and rest time, in the design, the charging current with a capacity of 13% is generally used, that is, 13A, so that the charging time is at least 150%*80% 13%=hours, plus about 1 hour of segmented charging time.

4. Fast charging, generally charged with 20% of the battery capacity, that is, 20A, and the charging time is 150%*80% 20%=6 hours. Although the charging time is shortened by charging with a higher current, it is harmful to the battery, so use it with caution.

A 100 Ah battery needs to be equipped with a charger from 10 Ah to 15 Ah, and it is best to charge each time in about 8 to 10 hours. The charging current can be a little smaller and the time is longer.

A charger capable of producing at least 20A is required.