What are the different types of Solar panels? - Say Solar
Skip links

What are the different types of Solar panels?

What are the different types of Solar panels?

Installing solar rooftop systems and switching to solar power for your electricity needs can give you 25 years of free electricity. In fact, in just 24 hours, the Sun emits energy equal to the need for 27 years of our planet earth. If solar panels and solar energy are such a great option, why is everyone not getting such results?

It is because it depends highly on what type of solar panels you use for what purposes. Using the same kind of solar panel everywhere is not the optimal solution. Having a brief idea about the types of solar panels and which one to choose depending on your need is mandatory while planning to install solar rooftop panels.

If you don’t understand the types of solar panels and don’t want to waste time going into detail, this article is for you. In this article, we will try to briefly cover important points about different types of solar panels.

Types of solar panels:

  1. Thin-film solar panels
  2. Poly-crystalline solar panels
  3. Mono-crystalline solar panels
  4. Half Cut Mono Perc Solar panels

Let’s detail what differences these types have and where they are superior to others.

Thin-Film solar panels 

Thin-film solar panels are manufactured with a mix of semiconductor materials like silicon, cadmium, and copper indium gallium selenide. Unlink mono-crystalline and poly-crystalline solar panels, and these panels are fragile as the solar cells used are fragile compared to other panels. The mix of materials used to bring the efficiency rates for these types of panels even lower than poly-crystalline solar panels. The advantage of thin-film solar panels is that they can be quickly manufactured and are flexible. Thus, thin-film solar panels can be a great option for short-term and temporary usage.  

Poly-crystalline solar panels 

Poly-crystalline solar panels, commonly known as multi-crystalline solar panels, are developed as a cheaper substitute for mono-crystalline solar panels. Poly-crystalline solar panels are made of silicon fragments and not single pure silicon pieces. Due to this, poly-crystalline solar panels are less efficient and cheaper than mono-crystalline solar panels. These are good options when it comes to a capped budget or expense. But this also has several disadvantages: it takes more space to be installed, and the poly-crystalline solar panels are sensitive to higher temperatures and have lower lifespans.  

Mono-crystalline solar panels

As the name suggests, Mono-crystalline solar panels are made up of a single pure silicon crystal that is further split into several wafer layers. Mono-crystalline solar panels are one of the oldest and most developed types of all other solar panels. Mono-crystalline solar panels are manufactured with high-quality silicon and are considered premium panels. The manufacturing process is also long. This is also why Mono-crystalline solar panels are more efficient than poly-crystalline and thin-film solar panels. The higher efficiency comes at a price, so mono-crystalline solar panels are expensive. 

Half Cut Mono Perc Solar panels

Half cut solar panels offer the best efficiency in terms of performance. Energy generated with this type of solar panel will be more economically viable. Half-cut cell mono PERC solar modules have solar cells that are divided in half, which enhances the performance and sturdiness of the solar module. Traditional solar panels with 60 and 72 cells will contain 120 and 144 half-cut cells, respectively. By halving the current of solar cells, resistive losses are reduced, allowing the solar cells to produce more electricity.

Comparing half-cut cells to conventional solar cells, there are various advantages. 

  • Most importantly, half-cut solar cells have better durability and performance. 
  • Half-cut cells can improve panel efficiencies by a few percentage points in terms of performance. 
  • In addition to having higher production rates, half-cut cells are also stronger physically than their conventional counterparts; their smaller size makes them less prone to cracking.

Solar Cell Types & Its Efficiency Rate:

Solar Cell TypeEfficiency Rate
Thin-film solar panelUp to 7-10%
Poly-crystalline solar panelsUp to 15%
Mono-crystalline solar panelUp to 20%
Concentrated PV Cell solarUp to 40%

3rd Generation solar panels

All the above-mentioned types of solar panels are widely available and used today. However, with the increasing awareness and need for solar energy, industry leaders are developing 3rd generation solar panels which are highly efficient and have longer life spans. 

 To name some, Biohybrid solar panels, Cadmium Telluride Solar Cell & Concentrated PV Cell solar systems are on the list. 

If you are looking to install solar rooftop panels at your premises, then get in touch with Saysolar as we have all the types of solar panels available, and our experts can guide you about which type of solar panels will be best for you depending on your needs.

FAQs

  • 1. How many solar panels are required to generate electricity for a house?

    Let's Assume an average energy consumption is 1000 kilowatt hours and the installation is of 320-watt panels. Then we can say approximately 30 solar panels will required for your House.
    The exact number of solar panels is depends on the size of your house, available roof space and your monthly electricity consumption.

  • 2. Which materials are used to made solar Cells?

    Silicon - It is the most common semiconductor material which is used in solar cells.

Get in touch

We are here to answer any question you may have. Feel free to reach via contact form.

J/FF-13, Laxmivilla Green Opp. Shalby Hospital Nava Naroda, Gujarat - 382330 India

Submit Your Response Now

    Leave a comment

    This website uses cookies to improve your web experience.
    Explore
    Drag