Learning To Make Your Own Solar Panel Using 3D Printing Technology

Over the last decade, many groundbreaking inventions that base their working on the sun have come to the fore, and there seems to be no end to what this natural source of energy can do. Just think of all the things we have seen the sun do, and I think you will agree that there is still a window to go further. On one hand is the sun and on the other are technologies that help us exploit its capabilities. One of these technologies is 3D printing. In the past, it has become easy to 3D print almost everything.

The Japanese, for example, have devised a way to transmit solar energy using microwaves that go to a receiver over 170 feet from the source of power. They believe that in the near future, it would be possible to transmit solar power over wireless media.

A German engineer by the name of Andreas Haeuser has built a Stirling engine whose primary power is the sun. It uses 3D printer generated parts all through.

Learning how to make a solar panel of your own using this technology is not a difficult task either. You will of course need a 3D printer for this task. Following a digital design is the best way to go. This design should follow specifications that cater for storage as well as output. Scientists believe that there is a need to lay emphasis on the way the panel traps energy from the sun, therefore you should consider using designs that have a huge landing base as well as a small output surface so that the level of efficiency stays high. You could use a selection of materials here, and they include treated paper as well as plastic. All you will need to do is keep laying the deposits of these materials on top of each other until you complete the task. You will need to work out how much is enough, and how much is simply over the top.

A solar panel needs to be ultra slim if it is to hit the right efficiency levels. With slim designs, you can make an appliance that is 20% more efficient than conventional solar panels. Depending on the materials you use, the panels you make can be a lot less complex than those you see on the mainstream.You can also make it virtually weightless.

There are many advantages to learning how to make a solar panel like this. For example, while regular panels are made of very expensive glass, you could simply use treated paper or plastic here, and they work just fine. These materials bring in more than efficiency into the equation-they also solve the issue of weight, because plastic and paper are obviously going to be lighter than glass. In addition, you do not suffer the added cost manufacturers do when they lose a significant portion of materials due to inefficiencies in design.

The creation of solar-based innovation has been on the rise for over a decade. From solar-powered wireless transmissions to solar-based engines, the technologies just keep diversifying the way technology works.

Source by John T Kelley

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