When it comes to alternative energies that are ecological and sustainable, solar energy remains the spearhead. In it, the core device is the solar panel, which captures natural light. We bring you a device that fuses two materials and holds a curious record of efficiency.
The hybrid solar panel: two materials for improved efficiency
The Chinese manufacturer of all types of solar panels, Jinko Solar, reports that it has achieved a new record in the efficiency of these devices. This statement has been certified by the Shanghai Institute of Microsystems and Information Technology.
In this way, Jinko Solar is positioned as one of the largest companies in innovation in this area, since its hybrid technology, which uses perovskite and silicon, has allowed them to have the best of each: the high conversion efficiency of perovskite with the stability provided by silicon.
How the fusion between silicon and perovskite is made: its benefits
This union has been the result of years of research and development. It is done through the use of these fused materialss through a method known as “ultra-thin poly-Si passivated contact,” which is a technique that traps incident sunlight on the surface of the element.
In detail, it consists of the transformation of these compounds into an intermediate recombination film, which has special properties such as high mobility and light transmittance capabilities that include outstanding mobility.
Likewise, it is an efficient technology for the passivation of surfaces, which smoothes them using these materials. This results in a solar panel that surpasses traditional silicon elements by having a high-performance, very resistant and stable crystalline structure.
But not only does this integration between perovskite and silicon represent transcendental importance in photovoltaic systems due to its improvement in performance, but it would increase the use and competitiveness of solar energy compared to other sources.
Likewise, despite using cutting-edge technology, this integration implies a reduction in production costs, which will have a positive impact on the final consumer. This would massify the use of energy that, traditionally, is very expensive to implement.
This new conception keeps scientists in suspensesince it opens the door to the possibility of creating and developing other types of these pieces, such as flexible and smaller solar panels, which have not been achieved with traditional silicon panels.
Regarding the efficiency of hybrid technology solar panels
The efficiency of the solar panel is a factor that quantifies the performance based on the surface area. With the silicon-perovskite alloy, the photovoltaic panel can generate more energy in a small area, which is ideal in urban sites where space is limited.
Regarding the maximum efficiency obtained by the Jinko Solar solar panel, it is located in a amazing and curious record of 33.24%. However, it is notable that, according to spokespersons for the company itself, they continue investigating so that in the short term, this figure can be improved.
On the other hand, it should be noted that the certification of the Shanghai Institute of Microsystems and Information Technology not only impacts the product itself, but also the entire sector. Because it means that solar energy is more affordable and available to everyone.
As can be inferred, the fusion of perovskite with silicon causes solar panels to increase their efficiency while their price decreases. Likewise, they provide the same power as their silicon counterparts, but in a smaller space. Surely, you already want to try them.
