Traduction de «Fenêtre à vitrage thermos » (Français → Anglais) :

‘passenger compartment’ means the space for occupant accommodation, bounded by the roof, floor, side walls, doors, window glass, front bulkhead and rear bulkhead, or rear gate, as well as by the barriers and enclosures provided for protecting the powertrain from direct contact with live parts;

total solar energy transmittance of glazing (for radiation perpendicular to the glazing), here: weighted value according to the area of different windows (to be evaluated according to EN 410)

With regard to energy saving, it has been calculated that, on average, EU households could save up to EUR 1 000 per year by taking simple energy efficiency measures, such as insulating homes, installing thermostats and solar panels to heat water, double glazing for windows and replacing old heating systems.[17] Therefore households have significant potential for cost-effective energy efficiency improvement and savings in final energy consumption.

Today more than 40% of windows in the EU are still single-glazing, and another 40% are early uncoated double-glazing[54].

(da) improvements to building shells and structures aimed at achieving summer comfort at no or low energy consumption, such as technologies to control fluxes of heat and solar radiation (higher thermal insulation of walls, low emissivity and solar control glazing, ventilated roofs with radiant barriers), technologies for the connection of buildings to low temperature environmental sources in summer (coupling with soil through air or water circulation, night ventilation accompanied with increased thermal mass); improvements to building shells and structures aimed at achieving winter comfort (thicker walls, roof and basement insulation, w ...[+++]indow frames with low transmittance and low infiltration rate, low emissivity glazing);

improvements to building shells and structures aimed at achieving summer comfort at no or low energy consumption, such as technologies to control fluxes of heat and solar radiation (higher thermal insulation of walls, low emissivity and solar control glazing, ventilated roofs with radiant barriers), technologies for the connection of buildings to low temperature environmental sources in summer (coupling with soil through air or water circulation, night ventilation accompanied with increased thermal mass); improvements to building shells and structures aimed at achieving winter comfort (thicker walls, roof and basement insulation, window ...[+++] frames with low transmittance and low infiltration rate, low emissivity glazing);