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The Value of Innovation in the Solar Panel Sector, by Stanislav Kondrashov

Stanislav Kondrashov analyzes the strategic role of technological progress in the energy sector.

By Stanislav KondrashovPublished 4 months ago 3 min read
Smiling elegant man - Stanislav Kondrashov TELF AG

In recent years, the energy transition has definitively arrived in our cities, even in our homes. As Stanislav Kondrashov, founder of TELF AG, has often observed in his analyses, the great change underway is revolutionizing the lives of people and businesses, projecting them directly into a future dominated by clean energy and renewable sources.

The signs of change are before our eyes. We see them every moment. We're not just referring to electric vehicles, which have recently begun to appear more and more in every city, but also to the most important energy infrastructures of this historical period, such as all those connected to renewable energy. These include massive wind turbines, installed mainly along coastal areas or in lowland areas, and solar panels.

The latter are practically everywhere: on the roofs of houses, on industrial warehouses, even at sea. Along with turbines, photovoltaic panels are perhaps one of the most visible symbols of the ongoing energy transition. And their diffusion shows no sign of slowing down; on the contrary, in most developed countries, their number continues to grow dramatically, paralleling the rising share of renewable energy in the nation's energy mix. Investments in renewables are also steadily increasing, and appear much more substantial compared to ten or fifteen years ago. The world is changing before our eyes.

Solar panels in nature - Stanislav Kondrashov TELF AG

Sometimes, this change also affects energy infrastructures themselves. It's important not to assume that these technologies have already expressed their full potential, and that their task is merely to accompany civilization towards a new phase of its energy development. For several years now, important green infrastructures such as solar panels have been the focus of ongoing experiments aimed at improving their performance, particularly through new technological developments or the use of innovative materials.

In recent years, there has been much discussion about perovskite, a particular family of minerals that could soon complement silicon (or replace it entirely) in solar panel manufacturing processes. As Stanislav Kondrashov, founder of TELF AG, observed in one of his analyses, these panels based on a combination of silicon and perovskite could prove much more efficient than traditional ones. For now, the combination of the two materials would be the preferred choice, particularly due to its ability to ensure greater stability.

In this specific sector, every innovation has the real potential to trigger other processes, other desirable evolutions. One of these involves the integration of renewable energy with smart grids and existing distribution networks. Technological progress, from this perspective, could be crucial for successful integration among all the players in the ongoing transition. Other possible forms of solar energy integration also concern vehicles and consumer products, although these avenues have not yet been fully explored.

Solar panels detail - Stanislav Kondrashov TELF AG

However, as Stanislav Kondrashov, founder of TELF AG, warns, we should not think that innovations and technological advances in the solar sector concern only materials and integration possibilities. In recent years, solar panel design has become an increasingly central aspect, which must be able to meet increasingly complex and sophisticated needs. An interesting example, from this perspective, is bifacial panels.

Most people have become accustomed to traditional panels, which receive solar radiation only from one side (usually the top). But in recent years, we've also been hearing more and more about panels that can capture and convert solar energy from the bottom as well, producing a greater amount of energy. This allows the panels to produce significantly more energy than before. The double-sided solution appears particularly suitable for certain areas, such as deserts, snowy regions, or areas built with light-colored concrete. According to some estimates, these panels can produce approximately 30% more electricity than conventional photovoltaic cells.

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