This month I have come up with a new idea of what my circuit should look like and it includes a series-parallel setup which should give the desired output of just over 10 watts.
This month has been very mentally challenging. It has taken a lot of thought when it comes to design and circuitry. Design has a very nice template to work with, however incorperiating my bms' may be way more challenging than I'd thought with my desired battery configuration. I've included a sketch of my desired configuration along with some general sketching.
This week I've decided to go with a single piece trifold design in which will have to be printed in three pieces that snap together. I've also discovered I can fit a nice amount of batteries within the design of the last designed piece.
This week I have a CAD model of a piece for my PowerPack. I have decided to go with a multi-piece design in which the pieces will snap together and will switch input/output circuits by metal contacts. I have a model of the reversible-plate that will hold 2 separate circuits in which will be responsible for switching between input and output. The input circuit will be the solar panels and the output circuit will be the wireless charger.
After lots of research, I have decided to go with a 2-piece design as one will be a reversible plate for changing input/output with the use of metal contacts. I have also decided to use more solar panels by adding hinges for a more compact design. The demo of 3D-Printed hinges is shown with this model.