DE3308301A1 - Energy-absorbing accumulator system - Google Patents

Abstract

Energy is absorbed and stored by the energy-absorbing accumulator system. The coiled tubing (1), the jet tube (3) and energy-transferring compound (5) are installed in ground bores (2) at a depth of 1.5 to 2.5 m. The solar and wind heat absorbed by the open-air absorber (16) is transferred via the coiled tubing (1) to the ground accumulator (22) and stored. The rainwater is fed from the rainwater tank (6) by the rainwater pump (9) to the pump injector (8) via the rainwater pressure line (14) to the water jet tube. The ground accumulator (22) is soaked due to this arrangement, and the storage capacity is substantially increased. Only a small floor area is required for the energy-absorbing accumulator system, since it is only the quantity of energy of the 2 winter months that is stored. If the brine temperature in the open-air absorber (16) is above the brine temperature in the coiled tubing (1), the temperature-difference control (18) switches on the circulating pump of the open-air absorber, and the air and solar heat are fed to the ground accumulator (22). This patentable energy-absorbing accumulator system can be used to heat a dwelling by means of a brine/water heat pump in a monovalent fashion. The latent heat of the soaked ground accumulator is utilised at the same time in the energy-absorbing accumulator system. <IMAGE>

Description

Ing.Walentin RDSEL 8701 Reichenberg, 02.02. Ö3

At the Höchberg concentration camp

Tel. 0931/6 92 75 "^"

PATENT APPLICATION

Energy absorption storage package

description

The invention relates to an energy absorption storage package, through which a building with a brine water heat pump (15) monovalent via the low temperature heating circuit (21) can be heated.

With this patentable energy absorption storage package the sun, wind, rainwater and geothermal heat recorded and saved. During the summer months and in the transitional periods with the free absorber (16) over the pipe end (1) the UIMrme the underground storage (22) supplied. The rainwater is via the water nozzle pipe (3) and the water distribution mass (5) metered into the underground storage tank (22). In the event of

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The rainwater pump (9) or the water feed (13) water with pressure via the Uasserdüaenrohr (3) into the underground storage (22) injected. By humidifying the energy absorption and output capacity of the underground storage significantly increased.

The control takes place via the temperature difference control. Is the underground storage (22) colder than the Free absorber (16), air and solar heat is caused by the circulation pump (23) is pumped into the underground storage tank (22) via the coiled tubing (1).

The earth excavations (2) can be excavated to a depth of 1.5 - 2.5 m with a simple auger be performed.

Thanks to the energy consumption storage pact, a small plot of land can also be used retrospectively without a high Installation costs, the anergy required to heat a house, recorded and stored will.

State of the art

Brine-Llasser heat pump systems are currently being built that are supplied with ambient energy via a free absorber or a geothermal collector.

disadvantage

Free absorber systems can no longer be used economically at lower outside temperatures (below -5 ^{0 C).}

For a monovalent underground pump system Depending on the type of soil, a soil area 2 to 3 times as large as the living space to be heated is required. This area is often not available and also the acquisition costs are very high.

In addition, with a normal ground collector, the rainwater is used the roof surfaces for moisture penetration not exploited.

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task

With fossil fuels that are becoming increasingly scarce their overfiring is no longer responsible today. Oil and gas have to be imported at ever increasing prices.

Through the sensible use of the everywhere available With the energy storage pact, a house with a small soil surface can stand anergy (20) can be heated monovalently.

The solution is that the underground storage (22) only needs about 1-2 tiJintermonths for storage will. In the transitional periods, the free absorber (1S) takes over from wind and solar heat Energy supply to the heat pump (15).

In addition, the underground storage facility is used during the summer months (22) automatically heated by the free absorber (16).

Patent registration for energy absorption pack

Explanation of drawing

(1) RahridsndEl (2) Earthworks (3) purple water nozzle pipe (Ό Admission (5) ENERGY TRANSFER MASS (6) Rainwater tank (7) SchüjimmkugElrückachlagvBntil (β) PumpsninjEktar (9) Rainwater pump E. (10) SCHUIMI SWITCH (11) REgsnuiaasErzulauf (12) REgsnuasa overflow (13) UlaasErBinspEiaung with RohrbElüftsr (1Ό REVENUE PRINTING (15) SolE-UassBr-UlärmEpumpE (16) Freelancer (17) Circulation pumps brine run (18) TEMPERATURE DIFFERENCE (19) Expansion of the Salskrat skating (20) ErdrBichobsrflachβ (21) IMMEDIATE TEMPERATURE HEATING CIRCUIT (22) ErdspaichEr (23) UmuiMlzpumps FrEiabaarbsr

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Claims (3)

Claims Energy absorption storage package, characterized in that that in the underground storage (22) via an earth borehole (2) in a depth of 1.5 to 2.5 m the tubular tube (1) with the Ulasser nozzle tube (3) and the energy transmission mass (5) installed is. 2) Energy absorption storage packages according to claim characterized in that the free absorber (16) hydraulically in front of the tubing tube (1) switched and the circulating pump free absorber (23) via the temperature difference control (18) switched on and off. 3) Energy absorption storage package after an or several claims, characterized in that the rainwater pump in the rainwater tank (6) (9), the pump injector (Θ) and a floating ball check valve (7) as well as the Built-in water feed with pipe aerator (13) is and the rainwater pressure line (14) from the rainwater tank (6) to the individual water nozzle pipes (3).