Note: Typically, at least once during a project (Usually toward the end) I will re-draw the project to make it more understandable. When the project is complete, the PowerPoint deck becomes the owner's manual for the system that someone with just a little understanding of solar & batteries could pick up and use. In the same PowerPoint presentation, I add things like the energy audit spreadsheet and copies of the component specs. This makes it much easier for someone to understand the system and put it together. Notice that I also try to blend the schematic aspect of the drawing with the physical aspects of the devices. That way, when the project is done there is an accurate drawing of the system. Everything else is up and running.Īlmost any project like this has changes as the build progresses and I try to incorporate the changes in the drawing as we go. In particular, he is currently installing the solar panels and has not yet decided what will be done for a solar disconnect. He is almost done building the system, but there are still a few things to do/add. Starting with the original setup shown above, we talked through what he needed and wanted and added it to the drawing. ![]() ![]() Here are some PowerPoint drawings I recently did for a person that was upgrading a Winnebego. I always end up just going back to Powerpoint. I have tried a couple of packages but have not been very happy with them because I have a requirement of being able to use the drawings for educating people that might not be electrical engineers.
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