Loose solar panels They continue to progress, just like the rest of the technologies in the industry. Several countries realize its effectiveness and are looking for viable materials for its production. There is a product that works very well but is difficult to obtain: we should ask Russia. If you thought you knew a lot about this topic after learning about the indium, gallium, and arsenic panels, wait until you see what we’re about to tell you.
China The company has been at the forefront of the solar panel market for years due to its dominance in the silicon supply chain, but a new material has entered the scene and threatens to take the Asian country’s crown.
You may have already heard of this genre, but what it has done Japan with him he has made him the center of attention. Yes, Japan could take your place China and for products that require an application Russia. An initiative that could not be more international and innovative.
Solar panels will change next: Russia has a lot to do with it
Have you ever heard of perovskites? Behind this lies the secret of the success of this way of obtaining energy. Russia produces it, so we should ask him for help to provide it to us if we see the example of Japan. However, sanctions are keeping us from buying them, at least for now.
Straight away, China produces virtually all sector modules. Under its cloak is 80% of the supply chain and an even larger part of polysilicon, a fundamental product for the development of photovoltaic cells.
After investing more than $130,000 million in its industry, China sells solar panels 50% cheaper than Europe j USA. Given this scenario, countries would like to Japan have increased the search for alternatives. In this way, perovskite cells, which do not require silicon, have entered the industry.
These revolutionary photovoltaic cells come onto the market thanks to the ingenuity of the Japanese scientist Tsutomu Miyasaka. They have a crystalline structure similar to that of the natural mineral of the same name.
Perovskites have been extensively analyzed over the past decade for their potential to convert sunlight into electricity efficiently and at low cost. Likewise, these plates are thin, flexible and light, even more so than those made of silicon.
Taking these features as a starting point opens up a wide range of possibilities for this invention with regard to its installation. They can be installed on flat balconies, carports, cars and other areas where weight and flexibility are particularly important.
Solar panels are making progress, but Russia is at a disadvantage
Since their invention, perovskite cells have made significant advances, giving silicon cells a reputation for being less efficient. However, the ones that work best are those generated with lead, a toxic metal. This technical challenge is a serious barrier and therefore the feasibility of alternative metals is already being explored.
They also pose degradation problems, but experts ensure that they are increasingly resistant to exposure to moisture, heat and sunlight.
Japan lost leadership in silicon production to China and makes decisions so that the same thing doesn’t happen with perovskite. The Japanese government has invested more than $400 million in the production of this technology.
At a time when sustainable energy is more important than ever, solar panels of perovskite represent a step forward toward progress, but sanctions keep us from asking for it Russia this material. This means it’s a ‘see you later’ for now. To make the wait a bit easier, we will tell you more about the new one solar panels that you can make at home.