The Ampere and Ohm’s Law calculator For Your Electric Bike Batteries

One of the reasons why electric bikes tend to fall apart when they aren’t charged is because the battery simply runs down. This isn’t always the fault of the owners, and many electric bike battery chargers will simply say that you need to upgrade to a full tank before they’ll charge your unit again. Simple enough. But what if you’ve already replaced the battery, or just bought a new one? This article will show you how to prolong the life of your batteries so you can ride on your electric bike all winter long, even if the battery is dead.

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To calculate the amps (amps is amps, not volts, for those who aren’t familiar with electricity), you use a Ohm’s law formula: Ohms is the unit of voltage that is divided by the ohm’s value, which is the amount of resistance that the flow of current will encounter while passing through it. Simple. You take the amps (amps is volts, not amps, for those who are unfamiliar with electricity) of your existing battery and divide it by its amperes ( amps). For instance, if your existing battery’s amperes is 1000, you get 2400 amps, which is the maximum capacity that your battery is capable of producing. This is what you need to know as a general rule of thumb to determine the correct charging rate for your battery.

Once you’ve figured out the total ampere count of your batteries, it’s time to figure out the charging rate. This is simply the amount of electrical current needed to raise the amperes to their maximum capacity, which is done by plugging the unit into an electric bike battery charger that matches the amperes of your batteries. If you have an older model of electric bikes with smaller batteries, you may need to use a charger that matches the size of the batteries you have.