Solar panel technology is advancing constantly and one of the most interesting developments is the creation of flexible solar panels. Unlike traditional solar panels, flexible solar panels are made from silicon wafers that are only a few micrometers wide (as opposed to current solar panel wafers which are about 200 micrometers wide). This gives these ultra-thin wafers, and the solar panels that are created with them, certain unique properties including the ability for the solar panels to be highly flexible and lightweight.

The main advantage of these new types of solar panels is the ability to use them in a wider range of solar projects that were previously not possible. People whose roofs could not previously support traditional solar panels, for example, can now use these types of panels without compromising a structure’s structural integrity. In addition, because they can be deformed to fit different types of surfaces they can be installed in non-conventional spaces (like carports, for example).

Installation costs are also reduced when using flexible solar panels to create a solar array. They require less labor to install, since they are lighter than traditional panels, and are easier to transport and handle during the installation process.

However these types of panels do have some disadvantages associated with them. The most important disadvantage for many people is that they have lower efficiency ratings than traditional solar panels. Standard panels usually have an efficiency rating that ranges between 16% and 20% while thin solar panels typically have a rating that ranges from 7% to 13% efficiency.

This means that more of these types of panels will need to be used to produce the same amount of energy as a smaller number of traditional solar panels. This means that they might not be a good solution for a rooftop solar project because there may not be enough space on the roof to install the required number of flexible solar panels to achieve the amount of energy required for a house’s needs.

Because of thin solar panels‘ durability and portability, however, they are often a good solution for small projects on surfaces on recreational vehicles and boats, for example, where it might otherwise be difficult to install traditional solar panels. Their flexibility and durability make them ideal for the types of projects that require smaller solar energy needs. The best application for these thinner solar panels will likely be found for portable solar solutions that be easily stored and transported.