The original solar panel of the online office printing channel is gradually changing the way we acquire energy. Especially considering the self-powered new generation of houses, in order to realize this dream, global researchers are actively trying to use additive manufacturing technology. Optimize the production process of solar panels. This includes an Australian research team of 50 scientists.
This team of Australian scientists has been developing a thin, organic paper-like solar panel for the past few years that can even provide energy for a whole skyscraper. Developers hope that in the near future, using low-energy as their starting point, they will gradually realize the commercialization of this new type of power generation device. This technology can effectively reduce the dependence of developed countries on traditional energy sources, and at the same time, it can also provide developing countries with an economic and practicable source of electricity.
Unlike traditional solar panels, these solar cell papers can be printed directly at actual house locations including glass and roofs. In addition to being used on large buildings, developers have also tried to use these units for small objects, such as the iPad that has become so popular worldwide. If this scenario can be achieved, then the iPad's surface, laptop backpack, and mobile phone casing will not only act as a package, they can also become energy collectors to provide power for these mobile devices.
Currently, researchers have succeeded in reducing the size of each organic solar cell to only a coin-sized volume with an improved solar ink 3D printer. This kind of solar cell paper is very cheap, looks and works with traditional silicon-based solar panels. It's different. The partnership between the University of Melbourne and Monash University has even begun to consider how to deliver this technology to remote areas of the world that are almost without electricity.
Next, the researcher hopes to get the support of the government and promote this technology to public places. In our view, if this technology is to be promoted on a large scale, we will not need to worry about the lack of energy, and we will also ease the environmental pollution brought about by the petrochemical energy. We believe that at this pace of development, such a bright future will be very great. Coming soon.
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