The crucial difference between black and blue solar panels is the type of silicon they use. Black solar panels are made from monocrystalline silicon, while blue panels are produced using polycrystalline silicon.
Monocrystalline silicon is made up of a single (hence &#;mono&#;) crystal structure which looks black to the human eye because of the way it absorbs light. To produce it, manufacturers melt and slowly cool pure silicon to form a cylindrical silicon ingot, then slice the ingot into thin charcuterie-esque wafers to make uniform-looking solar cells.
In contrast, blue polycrystalline solar panels are made by melting lots of silicon fragments together in a mould before cooling. This process leads to multiple crystals forming in each cell, giving the cells a unique blue and speckled look. In the case of both types of solar panel, their colours come naturally from the materials themselves, rather than because of a deliberate design choice by the manufacturers.
Whilst monocrystalline and polycrystalline solar panels are the most common on the market, there are also new types of solar panels emerging.
With the rise of renewable energy, solar energy has attracted much attention as a clean and sustainable form of energy. Traditional blue solar panels are functional but somewhat drab in appearance. In recent years, however, black solar panels have been a popular mainstream product in Europe, especially the Nordics. Do you know why?
Before discussing this reason, we must first clarify the difference between monocrystalline and polysilicon panels:
Polycrystalline panels are less efficient because some crystals form during the manufacturing process. These crystals make it harder for electrons to flow through the cell. On the other hand, the lack of crystal formation in mono PERC panels allows electrons to flow easily, making these panels more efficient. Because they are more efficient, they are also more expensive. Also, monocrystalline panels are darker in color, while polycrystalline panels have a traditional blue color.
Polycrystalline panels VS Monocrystalline panels
While traditional monocrystalline panels still use black solar panels with white backsheets. Below you can see the difference. The image on the left shows a traditional monocrystalline silicon panel up close. The photo on the right shows the entire array panel with the black sheet, which is full black solar panel.
traditional monocrystalline panels VS full black solar panels
Advantages Of Black (Monocrystalline) Solar Panels Over Polycrystalline Solar Panels (Blue):
Higher Efficiency:
In terms of solar panel efficiency, the alignment of silicon crystals makes solar panels more efficient. When installing solar panels, less black solar panels are generally required than blue solar panels, and they will produce the same amount of solar energy, making black solar panels a more viable option for saving space.
Absorb More Light:
In addition to solar panels being more efficient, black solar panels absorb more sunlight than other types of solar panels. This means that black solar panels are more capable of absorbing more sunlight, which means they will generate more solar energy.
More Heat Resistant:
潞安 are exported all over the world and different industries with quality first. Our belief is to provide our customers with more and better high value-added products. Let's create a better future together.
Monocrystalline solar panels perform better at high temperatures. In the case of solar cells, the amount of solar power produced decreases as the temperature rises. However, a black solar panel will experience less attenuation of solar output than other types of solar panels.
More Beautiful:
For some architectural projects or design styles, black solar panels can provide higher aesthetic requirements. For architects and homeowners who care about appearance and design, black solar panels are a better choice because they are more in harmony with the overall appearance of the building.
Application Fields Of Black Solar Panels:
Building Exterior Wall:
black panels can be used as a part of the building exterior wall to add a unique visual effect to the building. This application method not only realizes the utilization of energy, but also endows buildings with more functions and aesthetic feeling.
Project photos from MaySun's installer customers, click on the images for more product details
Building Roof:
black solar panels can be mounted on roofs to provide electrical support for homes and commercial buildings. Compared with traditional solar panels, the black solar panels are better integrated into the overall design of the building, making the roof no longer just a functional area.
The project is located on the roof of a house in Rathenow, Germany, click on the image to link to more product details
Car Roof:
With the popularity of electric vehicles, black solar panels can be applied to the roof of the car to provide additional power supply for electric vehicles, extend the driving range, and reduce dependence on traditional energy sources.
Our company offers a wide selection of photovoltaic panels, including a large number of all black and black frame designs. These photovoltaic panels not only have high-efficiency energy conversion capabilities, but also exhibit an outstanding design. Whether in building-integrated projects or high-end market needs, our photovoltaic panels can meet customer requirements and provide customers with reliable, high-quality solar energy solutions.
Recommend Articles&#;