With the advent of the rapid popularization of renewable energy sources, photovoltaic energy, through solar panels, is one of the energy sources most widely implemented in various projects around the world, representing an important progress to make a positive contribution to the environment and reduce its harmful effects of climate change that have occurred in various areas of the world. Now they have made an important breakthrough with an impossible material.
A new photovoltaic innovation that is paralyzing the energy sector
For some time now we have been seeing all kinds of innovations related to the constant improvement of photovoltaic cells being implemented in solar panels around the world. This is for a greater application flexibility of solar panelsthus facilitating its use in various projects aimed at generating energy from renewable sources.
Normally, the energy obtained from solar panels is one of the most chosen because of its many energy benefits and its ease of application. It is important to mention that in many cases solar panels can be a bit contradictory when applying them in certain areas.
To solve the latter, several projects and studies, carried out by a large number of scientists around the world, are looking for ways to offer new solutions materials that facilitate the installation of solar panels in large quantities. Now, for the first time, a group of specialists have crafted the impossible material, the same material that would be used to make a totally invisible solar panel.
This same creation was designed by researchers at the University of Aalto to offer an alternative that allows window manufacturers to create a completely efficient one-way option that delivers particularly favorable results. In the same way, the world of architecture and renewable energies, especially photovoltaics, would be completely transformed.
Learn all the details about this promising impossible material for solar panels
These Finnish researchers have succeeded in creating a new optical metamaterial that could begin the commercialization of completely true unidirectional crystals. In other words, what we’re talking about a solar panel applied directly to any crystalline surfaceeven the windows, without obstructing the clear view from the inside to the outside.
It is important to remember that these unidirectional glasses would have the characteristic that it would not be possible to see into the interior of the device in which the panels were placed. These types of projects continually expand the possibilities of implementing highly efficient solar panels on new constructionspromoting the use of renewable energy sources and increasing the sustainability of various buildings.
The way the team in question managed to create this useful element was through the use of non-reciprocal magnetoelectric effect (NME)we are talking about a phenomenon that controls electromagnetic waves and the direction of light, something that has not been possible with the traditional materials used in the manufacture of solar panels.
A problem that causes conflicts in its development
As promising as this new and innovative element may sound, the truth is that this technology still has a long way to go before mass marketing hits the market. The first on the list is to expand production and achieve better optimization of its properties to improve its application in different projects.
This promising technology not only improves energy efficiency, but also expands its application possibilities in architectural projects, increases the sustainability of buildings and contributes significantly to the fight against climate change.