We shall discuss bifacial solar panels in this post since the renewable energy business is constantly growing. As a result, new technologies are continually appearing in the field of solar panels, including spherical and flexible panels and conventional ones.
Why Use Bi-facial Solar Panels?
In contrast to monofacial solar panels, which have their backs covered with opaque materials and do not catch solar radiation, bifacial photovoltaic panels are distinguished by being sensitive to light on both sides.
Bifacial plates have the backside formed of a transparent sheet or double-tempered glass so that both sides may receive the sun’s rays and generate electricity.
Its cells are often monocrystalline or polycrystalline, as in mono facial panels.
Finally, this group of modules may be found in various configurations, some of which include a frame and others that do not.
What Is the Process of a Bi-Facial Solar Panel?
Photovoltaic panels, known as “Bifacial solar panels“, may collect energy from the sun’s rays on both the front and rear of the device.
Instead of storing the solar energy that hits their back, mono facial panels reflect it. On the other hand, bi-facial panels may generate power by harnessing the energy that hits both of their faces.
Consequently, these double-sided solar panels also include lower-side photovoltaic cells, which take advantage of reflected energy, while the upper-side photovoltaic cells benefit from direct radiation.
Why Use Bi-facial Solar Panels?
A bifacial panel has several benefits, including the following:
- Increased efficiency. Its performance will be much more excellent than a single-sided panel installation of the same size. Energy output may be increased by between 5 percent and 30 percent by reducing the module’s bottom portion.
- They are ideal for usage in areas that often snow, deserts, or buildings or homes with white roofs because of their capacity to reflect sunlight.
- They may be employed as barriers or awnings and decorative components…
How Efficient is a Bi-Facial Solar Panel System?
For this panel to work correctly, care must be taken during installation. The kind of soil, the height of the modules, and the distance between them may all significantly impact the effectiveness of a photovoltaic system, especially in big plants. When installed on reflecting surfaces, the bottom half of the bifacial panel adds 30 per cent more power and, as a result, increases the yield by 30 per cent.
Bi-facial Solar panels from Loom Solar
Loom Solar’s Shark line of high-efficiency solar panels is called Shark. Front and rear solar panels work together to create the Shark Bi-facial. At STC, 440 watts of output are assured. However, Bi-facial technology has the potential to generate 20% more power.
As long as the Shark Bifacial Solar Panel is positioned on an otherwise reflective surface (such as grass or an RCC roof), it may generate 7% to 20% more electricity and save on the best lithium battery from LoomSolar.
The Pure Mono-Perc solar technology used in SHARK solar panels is related to German standards. One of the most cutting-edge items on the market, featuring 144 solar cells and nine bus bars.