The **electric scooter battery** is the most important on a **scooter.** The **electric scooter battery** also contributes greatly to the final price of an electric scooter. The better the *electric scooter batteries* are the higher is the **E-roller** price.

Latest electric scooters usually use NiCd batteries or NiMH batteries.

Cheap **electric scooters** are often lead-acid batteries. This **electric scooter batteries** are cheap, but unfortunately do not have very long life.

The largest differences between the **electric scooter batteries,** the capacity of the *electric scooter batteries,* and the number of cycles.

With cycles are the number of charge cycles. If an **electric scooter battery** has 1000 cycles for example, then you can charge these **electric scooter battery** 1000 times.

If they know the number of cycles, then you can calculate how much **battery charge will be** 100 km away.

Example:

*E-roller battery* has 1000 cycles.

*E-roller* distance is 70 kilometers.

Cost of *battery:* 299 - EUR

Calculation:

* Cycles = total mileage range of the **battery**

So: 70 km * 1000 = 70000 km

Price of the **battery** / total mileage * 100 = price per 100 km

So: 299 - EUR / 70000 km * 100 = 0.427 EUR

The **battery costs** therefore amount to about 43 cents per 100 kilometers.

Power consumption:

At 100 kilometers with an **electric scooter** fall about 80 cents in electricity costs.

A total of 100 kilometers with a free **electric scooter** then EUR 1.23.

A normal gasoline scooters could fill up for 1 liter would be about 35 km and far!