Why choose bifacial bi-glass solar panels for your installation? 6 reasons

Innovations in the field of solar panels allow the development of increasingly efficient and sustainable solutions. But faced with this multitude of choices, how can you be sure to select the most efficient technology? It is here that the bifacial bi-glass technology come into play. These solar panels, equipped with two glass sides, not only offer good energy performance, but are also capable of lasting for decades. So why opt for a bifacial bi-glass solar panel for your installation? Let's find out why in 6 reasons.

Robust and durable solar panels

Les bifacial bi-glass solar panels are renowned for their longevity and robustness. Unlike traditional panels, these panels are designed to maintain their performance well beyond 30 years.

This longevity is largely due touse of glass on both sides of the panel, which makes it possible to better protect the Photovoltaic cells and to get more light. This power gain can be up to 30%.

Reliable and proven technology

La reliability of bifacial bi-glass solar panels is based on decades of research and applications, especially in the space field. Since the 1950s, satellites have used bi-glass solar panels for their longevity and their ability to withstand extreme conditions. This same technology is now available for domestic installations, with unwavering reliability.

A reduced ecological impact

The ecological aspect of bifacial bi-glass solar panels is one of its major assets. In France, each solar panel sold includes a Part intended for recycling, thus ensuring more responsible management at the end of life.

These panels are composed largely of silicon, a material derived from sand, which makes them 94.7% recyclable. Thanks to these technological advances, each solar panel only takes one to two years to reimburse the carbon used during its manufacture.

Innovative technical characteristics

Bifacial bi-glass panels have a layer of glass on the front and back, which allows them to Capturing light from both sides and thus increase their power. This configuration ensures better resistance over time, with maintained performances to 83% after 30 years of use.

The half-cell technology, integrated into these panels, further improves their resistance, especially in the face of mechanical stresses. Unlike traditional panels, which often use a polymer backside, bi-glass panels do not have cracks and are more resistants To humidity. The glass layer on the back prevents moisture from entering, reducing degradation to only 3%, compared to 7% for traditional panels.

Rigorous tests for an extended lifespan

To ensure the lifespan of these panels, a series of laboratory tests simulate the accelerated aging of the materials. These tests include temperature rise and fall cycles, as well as humidity tests at high temperatures (up to 95 degrees). The results show that the bifacial bi-glass panels are extremely resistant to these conditions, which is why they are able to last for several decades without significant loss of performance.

A significant gain in power

Les bifacial bi-glass panels have the ability to capture indirect light via their rear side. On reflective ground such as asphalt or in low light conditions, these panels continue to produce energy efficiently. The bifacial quartz, used in these panels, allows a power gain of 10% to 30% : a particularly interesting solution for optimizing solar energy production.

La bifacial bi-glass technology represents a major advance in the field of renewable energies. Robust, reliable, with a reduced ecological impact, these solar panels offer exceptional performances over the long term. Opting for bifacial bi-glass panels is a wise choice if you want efficient solar energy production, while benefiting from a sustainable and ecological solution.

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