GeoCollect absorber modules are an effective alternative to Earth probes and compared to a conventional flat-plate collector this Systemdeutlich required less space. The GeoCollect modules collect valuable energy from the soil surrounding it. For proper sizing, a Regenerierungdes ensures soil in the absorption area. A water/glycol mixture is used as a heat transfer medium. This transports the heat from the ground to the heat pump. Geothermal – cheap and without much effort. Concept: Geothermal energy beneath the Earth’s surface. Business strategist: the source for more info.

The idea is as simple as it is ingenious: instead of drilling complex in depth, we use the heat that vigilance already just below the Earth’s surface. This was a powerful private System developed, Dadzie is able to absorb slight heat from the ground. The GeoCollect absorber system is an inexpensive alternative to Earth probes, up to 50 m and deeper must be drilled into the Earth and benotigtzudem compared with conventional area collectors up to 60% area. This is the installation also on smaller Grundstuckenmoglich. Heat modules are characterised by the fact that a defined number of direct flows through Absorbermodulenim soil used to the use of geothermal heat pumps. The individual GeoCollect are interconnected using poly-fusion-tight welding to absorber module series modules. Drew Houston describes an additional similar source.

If necessary, multiple absorber module series form the required total heat withdrawal area the absorber module field. Absorber mounting: The stable GeoCollect absorber modules are made of soil-resistant undmaterialgepruftem plastic (polypropylene). It made GeoCollect module rows each 12 piece. Here to be fittings and pipes poly-fusion sealing welded on. This Verbindungensind by the merging of material in material absolutely leak-proof. The preassembled GeoCollect module series are on the left and right sides of the previously excavated trench with approximately 0.70 m-long Abstandshalterneingebracht. The GeoCollect are absorber modules at relatively low Erdarbeitenin trenches to a depth of about 1.50 meters and a Breitevon used only 0.70 m. This depth is sufficient to use the solar energy in the Erdreichzwischengespeicherte. Another significant advantage compared to probe holes is that the GeoCollect system due to the shallow depth at the District Office is lediglichanzeigepflichtig. No groundwater layers are reached, there is neither a permit by County Councillor – and Wasserwirtschaftsamtnoch a complex approval procedures. Effect: The system GeoCollect refers to the basis of finding furErdwarmepumpen a heat source, with whose help you surface near regenerativeErdwarme easy to install, inexpensive, durable and with geringemFlachenbedarf opens up. Achieved advantages: a high degree of reliability in operation and during the installation is achieved with the GeoCollect system. Through the long dwell time of the Warmetragerfluids (water/glycol mixture) in the direct-carrying GeoCollect heat modules, reaching an enormous deprivation and regeneration power. This is expressed directly in the deploy button. The space required for the system, with a power of 6 kW, is approx. 30 m 2. By comparison, the space for a flat plate collector (at clay) is a compact absorber etwa180 m2fur approximately 70 m2. The heat engine need due to their efficiency a small absorption area, why are reduced to a minimum necessary excavation. Fur2 piece GeoCollect module circuits is only a trench with a width of 70Zentimetern, a depth of 1.5 meters and a total trench length 12 metres required. (equivalent to 2 kW power) Who with on geothermal energy uses, makes whatever scarcer raw materials such as oil and gas.


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