DE202008005440U1 - Exterior air conditioning system for heating and cooling indoor spaces in buildings - Google Patents

Abstract

On the outside, appropriate air conditioning system for heating and cooling of interiors in buildings characterized in that the air conditioning system of a solid wall (1), a pipe system (2) for receiving the heat transfer fluid and a thermal insulation (3) consists.

Description

air conditioning systems exists in different form for many years. In However, these are usually systems that are designed for individual rooms. The inventive air conditioning system unites existing components in a new, unconventional way in that directly on a site-existing solid wall, which one possible should have high density, applied to a heat transfer piping system which is plastered with special mortar directly after installation for better heat transfer becomes.

Thereon will be a highly effective thermal insulation, such as this in part in the external insulation of buildings Use, applied, which has the task, the liquid the heat carrier leading Shield piping system against the ambient temperature and so the effect arises that the energy (heat or cooling) is diverted inwards becomes.

Of the visible outer finish can be plastered according to need and requirement, holzverschalt and the like, respectively.

• – Das System ist zur Kühlung und Erwärmung der Innenräume auch in schwierigen Klimazonen gleichermaßen geeignet.
• – Die Heizanlage kann mit niedriger Leistung gefahren werden.
• – Der Einsatz dieses Klimasystems führt zu einer deutlichen Reduzierung des primären Energieeinsatzes und damit zu einer erheblichen CO² Verminderung.
• – Das System ist prädestiniert für den Einsatz regenerativer Energien wie Geothermie Solare Systeme, Wärmepumpen ect.
• – Das System führt durch den Effekt der Strahlungswärme/Kühlung zu einer zugfreien Klimatisierung.
• – Schimmelbildung an Außenwänden wird weitgehend ausgeschlossen, da eine homogene Innenwandtemperatur entsteht.

This structure has many decisive advantages over conventional air conditioning:
For example:

• - The system is equally suitable for cooling and heating interiors in difficult climates.
• - The heating system can be operated at low power.
• - The use of this climate system leads to a significant reduction of the primary energy input and thus to a significant CO ² reduction.
• - The system is predestined for the use of renewable energies such as geothermal solar systems, heat pumps ect.
• - The system leads by the effect of radiant heat / cooling to a draft-free air conditioning.
• - Mold on exterior walls is largely excluded because of a homogeneous interior wall temperature.

Claims (5)

Exterior climate control system for heating and cooling of interior spaces in buildings characterized in that the climate system from a solid wall ( 1 ), a pipe system ( 2 ) for receiving the heat transfer fluid and a thermal insulation ( 3 ) consists. Claim 2 according to claim 1, characterized that the massive wall over a high enough Heat storage property features. Claim 3 according to claim 1, characterized in that the heat carrier conveying piping system ( 2 ) has a commercially available structure and by embedding in a suitable mortar ( 4 ) ensures the heat transfer to the solid wall. Claim 4 according to claim 1, characterized in that the system structure takes place from the inside to the outside. This means that the interior wall plaster is followed by the solid wall ( 1 ), which is in the mortar ( 4 ) embedded heat transfer piping system ( 2 ), the thermal insulation ( 3 ) and the final surface. Claim 5 according to claim 3, characterized in that the system structure of the heat transfer in the sense of the heat carrier pipe system ( 2 ) can be done in other ways.