When you carefully assess your solar photovoltaic (PV) panels, you will discover that there are two main categories of solar panel options: the polycrystalline panels (poly) and the monocrystalline panels (mono).
Both poly and mono solar panels perform the same functions in a solar PV system—they capture the sun’s energy and convert it into electricity. Both the monocrystalline and polycrystalline are also made from silicon which is integrated in the solar panel thanks to its abundant durability. Most of the solar panel manufacturers in the market produce both the poly and mono panels.
Indeed, both types of panels are a perfect choice for any home, however, there are a few differences these two technologies have that you should keep in mind when making your final solar investment decision.
Polycrystalline panels post lower energy efficiencies when compared to the monocrystalline panels, however, their main advantage is the low cost point. Additionally, poly panels feature a blue hue unlike the mono solar panels which have the black hue.
Polycrystalline panels are also made using silicon but instead of utilising a single crystal of silicon, the manufacturers melt many silicon fragments at once to create the wafers for the solar panel. Poly panels are sometimes referred to as “multi-crystalline” or many-crystal silicon panels. And given that each of its cells has many crystals, there’s less freedom for electrons to move around. As such, polycrystalline panels come with a lower efficiency rating compared to the monocrystalline solar panels.
Monocrystalline panels are considered a premium solar product whose main advantages are higher efficiency and smoother aesthetics.
To create solar cells for the mono solar panels, silicon is made into various bars and sliced into wafers. These panels are called ‘monocrystalline’ to signify that the silicon utilised is usually single-crystal silicon. Since the cell is made of a single crystal, the electrons that trigger the flow of electricity have enough room to move around. As such, monocrystalline solar panels are considered more efficient that polycrystalline panels.
How polycrystalline and monocrystalline panels compare on various metrics?
Cost: More expensive; Less expensive
Efficiency: More efficient; Less efficient
Aesthetics: Black hue solar cells; Blue hue solar cells
Longevity: 25+ years; 25+ years
Saving money on your energy bills is one of the main reasons why you should go solar regardless of whether you purchase a poly or mono solar panel. The solar purchase decision you make will generally be influenced by your budget, space limitation and of course personal preferences.
Considering the influx of solar panels into the market today, we advise you explore all possible options for poly and mono panels before making your final solar purchase decision. Hielscher Electrical is an established solar company with highly experienced and approved solar panel installers ready to help with your solar purchase decision. They will also assist you to compare special solar quotes from reputable manufacturers and help you choose the solar PV system that perfectly suits your unique needs.
© Hielscher Electrical Solar Energy 2020