On this construction steel mats PP-20/2, fastened according to the energy calculation for this exemplary called House, hose lines. At the same time, a 32 mm diameter PE hose in warm memory is laid for hot water preheating. All ends of the hose pipes run through the outer wall of the UG inwards to the ISOMAX Distributor. Then all hoses to prevent rodents with approx 6 cm are surrounded by concrete. Over the concrete layer of warm memory, one is moved 12 cm Styrodurdammung to minimise energy losses upwards. This 12 cm insulation panels must be laid accurately with the vertically mounted panels without large columns.
The joint density to the outer wall of the UG is scheduled properly. This so-called hot memory is its function fully meet, if the described insulation professionally, adjourned so that future Sol Apure supplies this warm memory of beginning of + 9 C to 12 C () Depending on the climate) increase to + 17 C to + 22 C. This temperature very fast side flows beneath the building. On request of the owners measuring probes can be provided in the warm – as well as in the cold store, to visually assess the performance of dual energy system. The ISOMAX temperature barriers are on the exterior walls of the UG PP 20/2 hose lines, according to the energy calculations segmented laid per room, compensated with compensation plaster, with 15 cm Neopordammung and protected by bubble wrap and drain plate.
On the EC/OG-exterior walls are also the ISOMAX temperature barriers PP 20/2 hose lines, according to the energy calculations, segmented per room moved, with compensation plaster equalised, depending on the climate zone with 5-15 cm Neopordammung provided, fabric reinforced and equipped with grater – or exterior raked render. The necessary modernization of the roof, one is inserted 5-25 cm Neopor intermediate insulation (depending on climate). Between the insulation and the roof surface are also PP 20/2 hoses,. According to the energy calculation, moved. These then form the so-called ISOMAX solar absorbers. (The European average of solar radiation is 1,000 kWh/m2/a. Of we use hose lines 20-25% rule with the PP-20/2 approximately). With a temperature differential switch, a small circulating pump is activated to redirect the solar energy of the SOLAR ABSORBER in the WARM cycles. In winter operation, we would like to remove the heat from the hot cycles (+ 17 C to + 22 C) and route them in the temperature barriers of the exterior walls. In summer operation, we would like to see the coolness from the cooling CIRCUITS (+ 9 C to + 12 C) and route them in the temperature barriers of the exterior walls. Thus, an extremely cheap Delta T between indoor and wall temperatures for all climate zones of the world arises in the winter as in the summer at pleasantly smooth and extremely comfortable room temperatures. A stainless steel pipe-in-pipe counterflow development / ventilation system provides the building with fresh hot and cold air. On the Construction site carried the approx. 50 m long co-axial tube and 40-60% in the WARM cycle as well as 40 moved 60% in the cooling circuit. The efficiency of approximately 98%. An additional gain of enormous energy arises from the fact that in the outer tube air absorbs the energy of the soil (heat/cold) and thus provides the ISOMAX-TERRASOL buildings with multiples on other person, free energy gain. Dipl.-ing., Phys. Edmond D. Krecke