The world of renewable energy is making radical progress. This is due to the continued need to opt for cleaner and more sustainable sources for the environment, which represents a significant progress in the fight against climate change and its devastating consequences present around the world. Now Germany has caused quite a stir because of this important photovoltaic discovery.
The photovoltaic sector is making leaps and bounds: Germany has discovered this
As many know, photovoltaic energy is one of the most promising and widely used energy sources in the world, just like wind energy and hydropower. This is due to its great properties of collecting solar energy and efficiently converting it into electricity, eliminating all polluting components and high harmful emissions from this process. 100% environmentally friendly.
Now Germany has left the world in suspense by showing off its titanium solar panel, which promises great results in energy transformation and generation. These are much better than the traditional solar panels used all over the world which are made of silicon photovoltaic cellsa material that can be a bit contradictory in some cases.
It is important to remember that the efficiency of a traditional solar panel can vary between 15 and 22%. These percentages are linked to an extensive list of factors that can disrupt energy generation. A clear example of this could be the climate, the quality of the components of the solar panel in question and the technologies used in it.
Learn all the details of this beneficial project
Well, a group of scientists from the University Martin Luther Halle-Wittenberg (MLU) They conducted a study that confirmed a new photovoltaic discovery. We are talking specifically about the incredible effect of ferroelectric crystals, which can be significantly greater than that of solar panels traditionally used in the energy sector.
The way this great innovation has been possible is due to the technique that the above-mentioned scientists had by placing them in one network, three different materials that are placed periodically. In this way, the group was able to achieve a truly significant increase in energy production, even more so compared to silicon cells typically used in the energy sector. We’re talking about 1000 times greater efficiency.
The layers alternated in this process were composed of barium titanium, calcium titanium and strontium titanium, increasing the effectiveness of the solar panels. The study mentioned above was published in a very prestigious scientific journal: Scientific progress. These results could mean truly transformative progress in the world photovoltaic cell technology.
Important features to consider
First of all, it is important to emphasize that ferroelectric crystals such as barium titanium have a wide list of advantages compared to photovoltaic cells made of silicon, which would have a large number of limitations.
This promising material has recently shown a current that is a thousand times more powerful and one of its most important features is that managed to remain stable for a period of six monthsthat is, it can be used for a longer period of time. Due to its resistance to high temperatures, this part can very easily be used in a solar panel.
Germany’s progress in photovoltaics, with the discovery of the use of ferroelectric crystals such as barium titanium, represents an important milestone in the search for more efficient and sustainable energy solutions. Being a crucial step in the transition to more renewable energy sources.