Your Solar Savings Guide: What is Conversion Efficiency?

Over the last decade in the United States, solar power generation has grown by 33% annually.

This growth comes from many factors, not least of which is price. As the price goes down for solar power, it becomes more attractive to homeowners. Another big area of technical innovation is conversion efficiency.

As efficiency increases solar power systems become more powerful, and are able to handle more day-to-day operations.

What Is Conversion Efficiency?

The term conversion efficiency comes up a lot when discussing solar power. There are different types of solar panels, and each has different conversion efficiency. This means the ability to turn the sunlight that they capture into electricity.

The higher the efficiency the more sunlight becomes energy.

This is not unique to solar power, each type of renewable energy has a renewable energy conversion efficiency. How much wind is turned into power by turbines, or how much water flow is converted to energy by hydroelectric power plants. Getting higher conversion efficiency is vital for the continued expansion of renewable energy, solar is no exception.

Different Types of Solar Panels

On the market, there are two main types of solar panels, monocrystalline and polycrystalline. The first available commercial panels were polycrystalline. This means they have different crystalline parts that are randomly aligned.

Monocrystalline is more modern and features a single continuous crystalline matrix in each cell.

Both perform well, though monocrystalline solar panels often have higher efficiency. They also work better in higher temperatures. This can be of major importance since solar power operates best in sunny environments which are by definition often warm.

There are other types of solar panels, but these are the two most popular and form the basis of other solar panel technology. While monocrystalline panels perform better, they might not be the best choice for your roof. Size and cost requirements play a role.

Conversion Efficiency and Solar Generators

Solar power conversion efficiency is important when it comes to solar power systems. Another element that is important is how to perform solar generator setup. Panels need to be in the correct alignment and place for the greatest performance.

Many people hire a company to do this for them, but it is possible to do it on your own. You will need to have all the tools and equipment ready to go before you begin. The goal is to have the sun on the panels for as long as possible throughout the day.

The more sunlight the panels receive, the more energy they will create. The size of the solar panels will play a role in this as well, as each solar panel is rated for the number of watts it can create.

Solar Power and the Future

No matter what type of system you get, the conversion efficiency of solar panels continues to improve. You can expect that a modern solar power system will have no problem providing extra power. With a battery backup, it can protect you from power outages.

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