Solar panels can be part of the past with the proliferation of a new creative device from energy. Energy technology is currently playing a crucial role. Thanks to it it is possible for us to enjoy electricity at home, sustainable mobility and several ways to produce energy Efficient.
With the passage of time, humanity has discovered and refined different energy technologies that have changed their way of life. From the most prominent milestones we find fire fighting, the invention of the wheel, the rise of the steam engine and the discovery of electricity.
The encounter of people with electricity and the subsequent development of technologies to produce and transfer electrical energy They have brought about a revolution in everything we knew, to the point that electricity is now of vital importance in many areas of society. If the light were cut in different points of the planet, a large number of individuals would not know how to act and perform some of the most basic actions.
This new way to create energy even moves solar panels
In this context, humans seek again and again energyThe preparation of efficiency and optimum performance. This is how a group of researchers of the Universidad by Cornell It has developed a new light and flexible solar bush that can be adapted as “photovoltaic skin” to complex forms. In this way the absorption of solar energy improves.
The design includes origami and kirigami techniques that improve the flexibility of the material and enable the correct adjustment to curved structures. Nowadays, most of the solar panels we see in landscapes in the country show an antiestics and a flat and inflexible composition. These characteristics limit the possibility to install them on equally flat surfaces.
However, a group of experts increased what would happen if the solar panels became products with a Light and articulated substance that is able to adjust to complex surfaces and maximize the absorption of solar energy. An extremely interesting project that could design solar panels as we know them, something that resembles what happened with the rise of this photovoltaic gate that offers free energy from the garden.
Solar panels are converted into what is never seen: they will create energy with a strange form
Under this principle, the development of Helioskinan interdisciplinary initiative led by Jenny Sabin, professor at the Faculty of Architecture, Art and Planning at Cornell UniversityIn collaboration with Itai Cohen, professor of Physics, and Adrienne Roeder, a teacher in the Biology Section.
His work feels a precedent for the right merger of architecture, engineering, physics, mathematics and especially biology. From the beginning it was clear that their goal is that the buildings and their materials behave in the same way as how living organisms are doing, adapting to the surrounding environment.
Sabin It emphasizes that nature, unlike traditional technological systems, offers no efficient but resilient action. An essential concept for sustainability, because it makes it possible to determine methods that are able to survive environmental changes in the long term. According to this line, research into heliotropes in plants, especially in Arabidopsis Thalianahas been relevant for the design of Helioskin.
The vegetables that move the movement of the movement Sol They assume a considerable photosynthetic advantage that inspired the creation of a solar lining that is divided into its position to maximize the solar collection.
Conventional solar panels are in danger: green buildings have arrived in enables the impossible
The current environmental impact of buildings is high, so the presence of a mechanically adaptable “sun canopy” encourages the approval of the Photovoltaic energy In houses and companies. In turn, the Design Origami and Kirigami includes to increase the flexibility of the material and to make the optimum adjustment to bent surfaces possible.
Researchers have developed a three -year development plan that start small sun roofs for gardens and urban parks. Then plan to keep climbing in its 2D and 3D technology to reach possible applications in stadiums, skyscrapers and retractable ceilings.
Although this technology is devoted to the energyThis origami -shaped skin can be the start of the end for conventional solar panels. A loss already prophesied by the appearance of this atmosphere that changes the moonlight into energy.