Our Guide to Total Solar Energy Rejected in Window Films
Our Guide to Total Solar Energy Rejected in Window Films

Our Guide to Total Solar Energy Rejected in Window Films

Homeowners and business owners alike invest in ways to enhance the value of their property and improve its functionality. A cost-effective way to optimize the beauty of your space is by investing in window films, which goes beyond being an accessory for your window treatment.

Not only does it add a touch of elegance to your property, but window films provide privacy, security, and ventilation. You can say that it pays for itself through the years as window films also contribute to energy savings as it improves the efficiency of your internal temperature control.


A Deeper Look at the Specifications of a Window Film

Speaking of which, not all window films are made the same. It comes with different specifications that cater to various needs – from controlling visible light transmission to the IR rejection, UV rejection, and finally adjusting the total solar energy rejected (TSER).

If you’re looking for a window film that can help you control the heat that is leaving or entering your property, looking into total solar energy rejection provides the perfect window of opportunity.


What is Total Solar Energy Rejected (TSER)?

By definition, TSER describes the total amount of heat from the sun’s solar energy, which is rejected by the window film. The higher the number of the TSER, the more heat is rejected, making it an excellent choice for homes or skyscraper buildings that are always in sunny spots.


What are the Specifications that Make Up Total Solar Energy Rejected (TSER)?

When understanding the science behind TSER, it’s easy to confuse infrared (IR) rejection with it. While infrared does contribute to heat, it doesn’t encompass TSER as it only takes up over half of the total solar energy. To consider the TSER, you would need to look at the following:

  • 4 percent of UV Rays (0-380nm)
  • 43 percent of Visible Light (380nm-780nm)
  • 53 Percent of Infrared Rays (780nm-2500nm)

The infrared rays are the primary source of heat, but other factors come into play, such as the UV rays and visible light. In that regard, most markets provide a standard 30 percent to 80 percent TSER.


What Do the Percentages of the Total Solar Energy Rejected (TSER) Mean?

As mentioned above, the higher the number of the TSER, the greater the amount of total solar energy is rejected. Visually speaking, a high percentage of TSER means that the window film will be darker, which means less light will penetrate through your windows.

If visible light is important to you, especially in home settings where you would prefer more natural light to illuminate the space, finding the right percentage is crucial.


Choosing the Best Window Film Specifications that Meet Your Needs

Understanding how a TSER works and the different effects of its varying percentages should help you determine the best specifications for your window film.

If you’re looking for a residential or commercial window tinting service in Melbourne to install total solar energy rejected (TSER) for your window treatments, we’re your best option. Get in touch with us today to see how we can help.