Here are answers to a large range of relevant questions that could be part your questioning. If you cannot find answers to your questions, please contact us.
1-Does the installation of heating windows provide energy savings?
Yes. Once the windows have been installed, the thermostat on the existing heating system can be lowered by 1 to 3°C. The energy saved by the existing heating system is greater than what is required to heat the heating windows. In addition, the level of comfort is higher.
2-Has this innovation been in use for long?
It was developed about 20 years ago to eliminate window condensation on boats and trains. This technology has also been adapted for use in: commercial buildings; supermarkets; indoor pools; restaurants etc. The integration of this technology into an opening window took many years of research and development.
3-Is an electrician required to install the heating window?
Yes, an electrician is responsible for connecting the window to the building’s electrical system. The installation of the window is done by a specially trained professional installer. The final electrical connection must be done under the supervision of a certified electrician.
4-Is the heating glass the same colour as any other glass?
The glass of the heating window is a low-emissivity (low-e) glass. If a window with regular low-e glass is installed beside it, their glass would be the same colour.
5-Does a heating window require more maintenance then a regular wooden window?
No, to the contrary, a heating window requires less maintenance then a regular wooden window. This is because there is a reduction of condensation which reduces the risk of mildew. Furthermore, the interior paint or stain will last longer.
The glass itself is as easy to clean as any other window.
6-How safe is this window?
A heating window is very safe. To further reduce the risk of glass breakage, both sheets of glass are tempered in the window. This ensures the window is more resistant to impacts and to entry breaks.
The conductive layer is sealed inside the sheets of glass to eliminate the risk of short circuiting in the case of water infiltration. This also protects the homeowners from accidently touching the electric conductive layer.
