5 Types of Solar Panels

Solar energy has shown to be not just a dependable and long-lasting energy source, but also a cost-effective and efficient one. As the solar industry continues to demonstrate its numerous advantages, it is critical to be aware of all available solar panels.

 

A solar panel, also known as a photovoltaic panel or PV panel, is made up of 60, 72, or 90 solar cells. Solar panels' hopeful qualities have increased in an industry that has put enormous effort into generating, utilizing, and storing the sun's energy by using various types of solar panels and turning sunlight into useful power.

 

For schools, corporations, and governments, high-efficiency commercial solar panels with proven longevity and industry-best power and product warranties are offered.

 

5 Types of Solar Panels

 

1^st Generation solar panels:

These are the traditional types of solar panels made of monocrystalline silicon or polysilicon. They are most commonly used in conventional surroundings.

 

·        Monocrystalline solar panel:

The purest solar panels are monocrystalline. They have a dark homogenous appearance with rounded edges. It has the best efficiency rates and produces a lot of electricity. Because of all of these benefits, they are also the most expensive of the lot.

 

·        Polycrystalline solar panels:

They are easily distinguishable as they have squares, their angles are not cut with a blue, speckled look. They are made of melting raw silicon, which is a faster and cheaper process than that used for monocrystalline panels. It has lower efficiency and a shorter lifespan.

 

2^nd Generation solar panels:

These cells are thin-film solar cells of various varieties that are mostly utilized in photovoltaic power plants, buildings, and smaller solar systems.

 

·        Thin-film solar cells:

This is rather a less expensive option if you’re looking for one. Their manufacturing happens by placing one or more films of photovoltaic material onto a substrate. These solar panels are the easiest to produce, and economies of scale make them cheaper since less material is needed for their production. They take a lot of space, making installations unsuitable for residents. They carry the shortest warranties.

 

·        Amorphous silicon solar cell:

These are mainly used in pocket calculators. It uses a triple-layered technology, which is the best of the thin film variety. They have a 7% efficiency rate, making them less effective. The advantage lies in their low price.

 

3^rd Generation solar panels:

 

·        Biohybrid solar cells:

It's still in the early stages of development. The science underlying this technique is to take advantage of photosystem 1 in order to mimic the natural photosynthesis process.