#Battery status in series connection serial#
The current naming has been done by me which isn't very conveying.Īlthough I'm only referring to the charging issue here, this device may be used in various other scenarios where serial to parallel toggling is required. Ionic Deep Cycle 36V50-EP has 36 volts and a 50Ah capacity and is perfect for powering your deep cycle systems. More details on this particular wonderful switch are covered in another post of mine: 6 Pin Push Switch I'd like to ask the community for the appropriate name of this switch since I could only find it on Chinese stores on AliExpress.
In terms of working, Boggler is very much alike to Convertendo, another toggler which I had made earlier. Adapters of higher amperage are required for faster charging of the batteries.The charging will be slower due to the distribution of current among multiple batteries.The toggling is done based on a rather simple and convenient action, that is the push of a switch.
Adding this circuit to either new or older projects is a child's play since a small amount of space is required and only the battery wiring is to be modified. Its implementation in other projects is as easy as soldering a resistor on top of the other because this circuit requires only a switch worth of space! Series connections involve connecting 2 or more batteries together to increase the voltage of the battery system but keeps the same amp-hour rating. I'd also like to add that Boggler isn't a module, rather it is a circuit block which may be integrated within other projects. I call it Boggler ! It's been a long day and this is the best I could come up with! ) What will change is voltage and current of the system. In this post, we'll be looking into a mini, modular circuit, devised by me, which allows easy toggling of battery connections based on the pushing of a handy 6 Pin DPDT Switch. Battery series and parallel Wiring: Batteries can be wired in series or parallel. Well, luckily, "Where there's a will, there's a way!" and so we have our solution here as well, and that is what this tutorial covers. To solve this, wouldn't it be better if there was some small contraption or device which would switch the battery connections mechanically between serial and parallel based on a simple, hassle-free mechanism ? Since most Lithium-ion charging modules are meant for charging only one battery, therefore we get are stuck with this inability to charge our project and we better call Houston to fix it. Though it may be simply evaded by wiring two or more batteries in series and regulating the output afterwards, yet it leads to another issue, and that is the charging process. For most of us who use Lithium-ion batteries for powering up our projects, a common issue arises by and large, and that is when we require power output greater than 3.7V.
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