Difference between revisions of "Series and parallel connections"
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+ | Batteries and PV modules can be connected in different configurations - series and parallel - in order to achieve varying voltages and amounts of current. This is important as | ||
+ | |||
+ | here are two ways to make connections within circuits – series and parallel. Understanding these two methods | ||
+ | is vital to understanding how to build any electrical system, especially a PV system. Series connections in a | ||
+ | PV system can be used to increase the voltage of the system with and parallel connections can be used to | ||
+ | increase the the current of a system. Let’s take a look at these types of connections in the case of solar modules | ||
+ | and batteries. |
Revision as of 17:45, 8 October 2020
Batteries and PV modules can be connected in different configurations - series and parallel - in order to achieve varying voltages and amounts of current. This is important as
here are two ways to make connections within circuits – series and parallel. Understanding these two methods is vital to understanding how to build any electrical system, especially a PV system. Series connections in a PV system can be used to increase the voltage of the system with and parallel connections can be used to increase the the current of a system. Let’s take a look at these types of connections in the case of solar modules and batteries.