It’s a fact – 3D solar panels can generate 20x more solar energy than their traditional counterparts!
That’s not even the best part; these systems save on electricity bills and can be set up vertically to fit any area or given space. Yes, it does seem like an interesting innovation, but the most important fact is that they are easy to build and program, provided you know how to go about it.
Now, that’s where we step in. In order to build your very own 3D solar panel, you’ll first have to know how to build a traditional panel. So, let’s take a look at the steps.
Steps To Build 3D Solar Panels
Create A Template & Put The Frame Together
Start by creating a template of the solar cells, using pieces of plywood, cardboard, a staple gun, and a few tile spacers. Arrange all the components while making sure they are aligned and then screw them together.
Assemble The Solar Cells
Next, assemble the solar cells in series or parallel, keeping in mind that the bottom side is positive and the top negative. You can use a bus wire to connect the cells accordingly.
Connect The Cells
After you’ve assembled the cells, you’ll have to drill holes in the frame to connect the negative and positive terminals. That said, you may place the cells in their respective positions before drilling to create precise markings.
Glue The Solar Cells
Once you’ve connected the terminals, go ahead and glue the cells to the pegboard with silicone. Then solder the bus wire on one side and connect the two cell strings.
Solder The Bus Wires
After hooking the strings in series, get your gauge wires ready for soldering. They can be easily identified by their red and black color combination.
Arranging The Panels
Build a few more solar panels by following the same process. You’ll then have to connect their wires and arrange them in a zigzag pattern with the help of a racking or mounting system to create the 3D structure.
Establish Electrical Connections
Finally, connect the entire system to a compatible charge controller, which will help control its basic operations. Once you’ve established a secure connection, connect it to a battery, and then, of course, a solar inverter to convert the solar energy generated by the 3D solar system.
If you ask us, it’s better to build your own 3D solar panel instead of buying one as the former is more cost-effective than the latter. Plus, the entire process can be a fun and insightful experience.
Just make sure you invest in the right charge controller, battery, and solar inverter, and your solar set-up will be powering your electrical appliances within no time.