Australia He has discovered the secret to create more efficient panels. The keys are sound and salt. Its finding is a clear demonstration of how technology constantly changes our life habits. From the most primitive tools to the most advanced digital devices, the history of technology has marked every step of civilization.
It has enabled people to enjoy a better quality of life (with access to information, communication, entertainment and medical services), an increase in productivity, exploring new opportunities (of employment, education and entrepreneurship) and access to global connectivity.
The technological scenario continues to improve daily to a future that arrives in the form of artificial intelligence, robotics and nanotechnology. Although it can already be said that technology is part of our lives, we have not yet reached our limit if so. One of the last major discoveries took place in AustraliaWhere they already have the keys to make more efficient panels.
Australia discovers how you can make more efficient panels
A group of Australian researchers (of the University of Curtin) have developed a new technology that is able to make water repellent with the use of sound and salt. This function would be colossal to improve the safety of the vehicle, improve lower cleaning costs in buildings and to optimize filtration systems.
It would therefore transform radically important sectors, such as renewable energy sources, sustainable construction and water treatment. The research of this group of experts was published in the renowned magazine ADervanced functional materials.
Show that this Non -toxic procedure uses ultrasonic waves to change the surface of the glass, Changing hydrophobic (water -resistant) or electrically charged, functions that are subject to the requested application.
According to the Academic Center website, the main investigator, the corresponding professor Nadim Darwish, Australian Research Council Fellow at the School of Molecular Sciences and Curtin’s LifeHe explained that the procedure lies in the use of ultrasound to activate a chemical reaction that changes the surface of the glass permanently.
“Sound waves generate microscopic bubbles in a solution of diazonium salts, which quickly collapse that creates small outbursts of heat and pressure, this activates a reaction that forms a stable organic layer in the glass, making it permanent for water or positively loaded,” He is used, “he used,” Darwish.
He added: “In contrast to conventional coatings, which wear over time, our method creates a chemical bond at a molecular level, making it much more sustainable and respectful for the environment.”
A revolutionary project that, although “comparable”, exceeds the expectation generated by photovoltaic glass that produces energy with the windows.
Australian ultra -efficient panel application
For his part, the Dr. Tiexin Li, researcher at the School of Molecular Sciences and Curtin’s Lifeemphasizes that it could be a radical change in multiple industries in a simple and sustainable way.
“The glass is used everywhere, from cars and buildings to industrial filters, but the natural tendency to attract water limits,” he said. One of the most hopeful applications for this material is its application when working solar panels, in addition to the possibility of using it in self -implicating windows in the field of sustainable construction.
In the case of solar panels, dust and waste can lower the panel efficiency to 40%, so that users who use conventional units to perform usual and expensive cleaning. The use of hydrophobic glass can reduce the accumulation of dirt and increase the generation of energy. In this way, Australia He has found the key to create more efficient panels.
Future of the super efficient panels of Australia
Another unexpected advantage of this modified glass is the ability to attract bacteria, fungi and algae. Zane Datson, Co-author of the studyHe referred to this issue: “It is very exciting because we can adjust the properties of glass for specific applications, such as in advanced filtration and biofuel production systems.”
Now the research team is looking for industrial partners to test and climb this technology, especially in environmental, car and construction sectors.
Australia It is already clear how you can make more efficient panels and is willing to place them at the peak of revolutionary models such as the first double glass panel.