How Mono-PERC solar panels differ from the Mono-crystalline solar panels?

We’ve seen a lot of changes in photovoltaic in the last several years. New records for cell efficiency and panel power are set every few months. Modules with larger and larger size are another trend. It is caused by the rising number of cells in the panel, as well as the usage of larger and larger silicon wafers from which the cells are manufactured.

Despite the fact that photovoltaic panels are not too complicated devices, their functioning is governed by a number of variables. Furthermore, each shop promotes their items, paying special attention to the features that distinguish their panel from the others. But, when it comes to selecting panels, what truly matters? What do you need to know in order to make an educated decision?

Advancement in Solar Technology

Solar energy is growing more and more efficient every day, thanks to rising demand and recent technology developments. We’ve progressed beyond standard poly panels to mono and bifacial modules. You’ve probably heard of mono-crystalline panels, but what about mono-PERC? Mono-PERC panels are a more sophisticated variant of mono-crystalline panels that are thought to be more efficient in low-light situations.

Solar Panels using Monocrystalline Crystals

PV panels having cells constructed out of a single (mono) crystal of Silicone are known as mono-crystalline. A multi-crystalline or polycrystalline panel, on the other hand, is one that uses many crystals in a single cell.

Solar Panels with a Mono PERC

Mono-PERC solar panels differ from typical monocrystalline panels in a few ways. Passivated Emitter and Rear Cell, or PERC, is a new technology that improves the efficiency of ordinary solar modules. This is accomplished by putting a passivated layer on the cell’s backside.

The energy in the form of sunshine that can be transformed into electricity by solar modules is known as efficiency. Because the surface of mono-PERC modules absorbs more light, the overall production per unit area is higher, resulting in improved efficiency.

Cost difference

Mono-crystalline (standard) panels are marginally less expensive than PERC modules in terms of cost. The additional expense of using passivated layers in mono-PERC modules rises the total costing. When we examine price per unit of energy generated, however, both modules are the same.

Space Required

When comparing mono-PERC modules to conventional mono-crystalline panels, we discovered that mono-PERC modules use less space than regular mono-crystalline panels. The area required by modules to produce a specific quantity of energy is referred to as the space requirement.

Efficiency

The energy in the form of sunshine that can be transformed into electricity by solar modules is known as efficiency. Because the surface of mono-PERC modules absorbs more light, the overall production per unit area is higher, resulting in improved efficiency.

The difference is absolute between the mono-crystalline and mono PERC solar panel. The extra passivated layer of mono-PERC solar panels make them more efficient than the standard mono crystalline solar panels. The best Mono-PERC solar panels can only be bought at the most advanced solar company like Loom Solar. Loom Solar has the best and most advanced solar panels in their SHARK range of solar panels.

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