A parallel configuration is not meant to allow your batteries to power anything above its standard voltage output, but rather, it will increase the duration for which it could power an item at such a capacity. In contrast, batteries connected in a parallel configuration are able to increase the amp-hour capacity of your batteries, at the same voltage. Hence when charging these batteries, it is important to utilize a charger that satisfies the 12 Volt capacity that is necessary for both the 6 Volt batteries connected in series. For example, two 6 Volt batteries connected in series will deliver 12 Volts of output, but will carry the same amp hour capacity. Keep in mind that batteries connected in series have no effect on the amp-hour capacity of your configuration, thus, when charging a battery it is important to focus strictly on the increased voltage. Because of the increased voltage, it is crucial to utilize a charger that satisfies the increased voltage output of a series configuration. This can prove tricky when attempting to charge your battery, because it becomes necessary to account for the increased voltage levels. Yet, you may find yourself asking – What do these terms really mean, and how do they affect my battery’s life and performance? For one, when discussing batteries that are connected in either series or parallel, it is important to take into consideration the necessary changes that should be made when charging your battery.īatteries connected in series stack their voltages in order to run machinery that requires higher voltage amounts. When researching your next battery purchase, you have probably come across the terms ‘series’ and ‘parallel’.
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