COOLING, HEATING, SURFACE-RADIATING AND AIR EXCHANGING BUILDING SYSTEM WITH LOW ENERGY CONSUMPTION FOR ENERGY-SAVING HOUSES WITH INCREASED PASSIVE QUALITY

摘要

The subject of the invention is a cooling, heating, surface-radiating and air exchanging building system with low energy consumption for energy-saving houses with increased passive quality, in case of which the cooling, heating and air exchanging of the house built with a building mantle of especially great thermal insulation, is ensured by a thermal circulation system of low energy consumption working itself, respectively with the help of gravity using surface-radiating elements. The building system according to the invention contains thermal-insulated walls, thermal-insulated roof structure, thermal-insulated infrastructure, pipe-system placed in the ground, radiating ceiling surface, stove, and chimney. The cooling, heating and air- exchange of the building (1) takes place in summer using the increase of temperature of the air between the glass panes of the window (7), in winter using suction effect resulting from the warming up of the air in the heat-storing unit (4) heated by the heated stove (8) and by guiding the fresh air sucked in from outside through a fresh air intake and filter opening (22) and by guiding the cooled or heated air led through a pipe-system (13) placed in the ground to the heat-storing unit (4) with hollow-system (9), situated in the central part of the building (1), forming an integral unit with the stove (8), afterwards by guiding the air into the energy-distributing space (6) where the temperature is transferred partly to the radiating ceiling surface (5) radiating the heat towards the living space (12), and then the air is guided from the energy-distributing "space (6) to the living spaces (12) through the air intake openings (14) formed in the radiating ceiling surface (5), from where the amount of air according to demand escapes to the open air between the glass panes of the window (7) and between the roof covering (21) and thermal-insulated roof structure (3), respectively it gets back again to the heat- storing unit (4) from the living space (12) through the air-circulation opening (20) formed on the heat-storing unit (4).