Traduction de «flux de chaleur sensible » (Français → Anglais) :

Essential opportunities for increasing gross energy efficiency are, however, to be found in physical and chemical industrial processes, which are based on: 1) better use of heat streams from fossil or nuclear fuels by a) transferring Carnot cycle conversion to a higher temperature and pressure, b) using appropriate recuperation of waste heat, e.g. in cogeneration processes

‘efficient individual heating and cooling’ means an individual heating and cooling supply option that, compared to efficient district heating and cooling, measurably reduces the input of non-renewable primary energy needed to supply one unit of delivered energy within a relevant system boundary or requires the same input of non-renewable primary energy but at a lower cost, taking into account the energy required for extraction, conversion, transport and distribution.

‘heat pump’ means a machine, a device or installation that transfers heat from natural surroundings such as air, water or ground to buildings or industrial applications by reversing the natural flow of heat such that it flows from a lower to a higher temperature.

(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);

(ba) improvements to the building shell and structure 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 connection of the building with low temperature environmental sources in summer (coupling with soil through air or water circulation, night ventilation accompanied with increased thermal mass).