Heat Loss & Infrared Thermography

What is a thermal image?
 
When it comes to infrared images – a picture tells a thousand words. An indoor thermal image of a window in the winter will show blues, purples and blacks as the area of greatest cold penetration and yellows and oranges as the warmest areas. The usual culprits associated with poor insulating performance of a window are the bottom corners where frame and sill rot can compromise the windows integrity and allow outside air penetration. But the large surface area of the glass can also have a dramatic cooling effect on a room so it is important to look at the glass temperature because it can be affected by a blown seal, excessive condensation or ice build-up.

 
Calculation of heat loss.

Polar Ray-O-Max Windows has taken this science a step further by developing a special scoring system for a window or door that numerically measures the thermal performance of the key points of the structure that have the greatest effect on its ability to insulate. We then tabulate those data points into a cumulative score for the entire window/door to arrive at what we call the “insulation power” of that specific window/door. Insulation power is simply an attempt to quantify the relative energy efficiency of a window or door. Utilizing our heat loss calculator each window is scored into a master spreadsheet for the entire home and is accompanied by the infrared photos as part of a final thermal assessment report for the homeowner. As a result, homeowners can literally see how their windows perform relative to each other and thus set some priorities in terms of which windows to replace first. Polar Ray-O-Max Windows can also share the expected “insulation power” of newly installed Polar windows so a homeowner can appreciate what they can expect to gain in energy performance if they upgrade their windows.

• Contact us today and find about more about our complimentary infrared thermal assessments.
• Learn more about our thermal imaging process.

For purposes of accuracy the assessment can only be performed when there is an outside vs. inside temperature differential of 10 degrees Celsius or greater.