Solar panels are made out of silicon, which is the most common semiconductor material used in solar cells. The sand used in the production of the silicone is easily available, and only the process of creating a solar panel is expensive. Moreover, the life span of a traditional solar panel is around 30 years. The process of making a solar panel is expensive, but not the materials used in its production.
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New solar panels have different structures and are composed of polymeric films. Polymeric films are a continuous material that can be as thick as 0.008 inches. Polymer films are made of synthetic, natural, and artificial films. The process of converting plastic into polymeric films depends on the usage of such polymers. The process is different for making beverage containers and more complex for creating a solar panel. Scientists at the Massachusetts Institute of Technology (MIT) devised a solution in the form of portable, lightweight new solar panels known as a sticker solar panels. The benefits of this new technology include portability, lightness, and structure. Nevertheless, both panel systems use different technologies and materials during production.
What both types of panels have in common is that they produce cheaper energy while emitting no pollution.Renewable sources of energy have a positive impact and are the solution for generations to come.
Additionally, new solar panels are composed of plastic and recycled plastic materials. As a result, it helps to preserve the environment while also making good use of discarded plastic junk. In these terms, both old solar panels and new sticker panels, are extremely sustainable and eco-friendly. The abundance of sand and recycled plastic will ensure that there are enough materials to start mass production of these regenerative sources of energy. Nevertheless, there could be an enormous amount of junk panels due to their 25–30-year life span. Sticker panels appear to be a more reasonable solution in terms of weight and ease of disposal. Perhaps, scientists will discover a way to improve the sticker panels so that they can be reused them multiple times. Technology appears to be making significant strides toward resolving all of the issues that have arisen. I am certain that within the next 5–15 years, scientists will find a way to reuse sticker panels, decrease the costs of disposing of them, or find a solution to tackle such an issue.
Comparing the costs of old solar panels and sticker panels, we can see similarities. Of course, when mass production takes place, panels should become more affordable and easily available. Due to the novelty of sticker panels, the prices are still high. The materials used in its production cost nothing; all the costs are absorbed by the production stage, which implies new technology to do so. Of course, stickers are a relatively new idea and haven’t been widely available. For example, a stick panel can be purchased on Amazon for 638 zl and measures 95 cm by 53 centimeters. The dimensions are ideal for a boat solar panel or an off-grid living vehicle. The price of a solar panel with similar dimensions is 909 zl; however, prices vary between manufacturers.
In my opinion, solar panels are one of the most underappreciated technological innovations. More resources should be invested in solar energy research and automation to reduce costs and increase availability. MIT made great progress by creating lightweight sticker panels, and if it weren’t for them, the junk panels would accumulate over the years without a solution to recycle millions of tons of obsolete solar panels. MIT, thank you for creating a more efficient way to generate renewable sources of energy!
sources:
https://www.sciencedirect.com/topics/materials-science/polymer-films
https://www.polymerfilms.com/plastic-film-distributors/plastic-film-process/
https://www.supplychainconnect.com/industries/article/21241846/what-happens-to-old-solar-panels
