Excessive summer heat typically puts a strain on peak load, especially during times of the day when the sun is at its strongest. HPS-G HeatShield is a simple and effective solution to reduce peak load because it counteracts excessive summer heat gain from passing through windows (the primary reason for air conditioning) It rejects a substantial percentage of solar heat penetration by creating a thermal barrier using the sun. Essentially, HPS-G HeatShield, while effective year-round, truly shines as a one-of-a-kind answer to peak load reduction because it becomes more effective as the sun becomes stronger.
HPS-G HeatShield is a retrofit window treatment that converts glass into radiant heat traps, capable of regulating the interior temperature of buildings.
By applying a single layer (8 microns thin) to a window, this coating reduces heat transfer, making it optimal for both hot and cold climates.
HPS-G HeatShield is based on nanotechnology which works on the principle of High Emissivity [High – E].
In the summer, it absorbs solar bands of light and uses them to heat glass. This creates a thermal barrier which reduces solar heat gain. In the winter, it preserves interior heat using a thermal barrier created by the convective heat from a building’s heating ventilation system.
HeatShield Saves Energy by reducing cooling and heating requirments and Increases comfort by giving you the best of what the sun has to offer.
Features
Reduce cooling costs by 20%-40%
Reduces total energy consumption
Block up to 70% of infrared heat
Block up to 90% ultra violet light
Allow 70% of visible light
Reduces glare
Guaranteed not to crack, bubble or peel and to maintain effectiveness for 15 years
Tested and Approved
HPS-G Heatshield is CSA (Canadian Seal of Approval) and lab approved. It’s incredibly low VOC levels make this water-based, non-toxic coating safe for use in your office or home.
Fast ROI
With an immediate energy consumption reduction, customers can expect a 3-5 year return on investment.
Seamless installations
Our installations take place at whatever time best accommodates you with no disruption to your operation.