Temperature equalization air supply system of natural thermal energy with intermediate thermal storage

Abstract

The method and equipment having an intermediate thermal storage between the temperature equalizer and the natural thermal matrix to provide equalized temperature by utilization of natural thermal energy, wherein the intermediate thermal storage is installed between the targeting subject for temperature adjustment and the natural thermal matrix to promote the advantage of thermal energy utilization effect of the natural thermal matrix thereby reducing the required installing capacity and operating power of the conventional temperature adjusting equipment.

Description

BACKGROUND OF THE INVENTION[0001](a) Field of the Invention[0002]The present invention is disclosed by the systems or equipments utilizing the natural thermal matrix of stable temperature such as earth layers, earth surface, water pools, lakes and rivers of the nature for air conditioning application, wherein an innovative intermediate thermal storage is installed between the natural thermal matrix and the temperature equalizer being respectively provided with the flow duct at the two ends thereof, wherein the intermediate thermal storage has both or either one of good thermal conductivity coefficient and higher unit heat capacity ratio better than the one of peripheral surrounding of the natural thermal matrix of stable temperature, the intermediate thermal storage is constituted by solid, colloidal, liquid or gaseous state material having better thermal conductivity coefficient and higher unit heat capacity ratio to absorb the thermal energy of peripheral surrounding of natural th...

AI Technical Summary

Problems solved by technology

The conventional room temperature adjusting systems such as air conditioners are normally driven by power to drive active temperature lowering equipments constituted by coolant compressors, while the heat of warming air is obtained by electricity or material combustions, so that for long time, the temperature adjustment of the space not only consumes huge energy, but also produces large quantity of pollutions as well as waste heat and wastes.

Regarding above said disadvantages, the air conditioning applications by utilizing thermal energy of shallow earth surface layers has been increased day by day; however, as the thermal conductivity of shallow earth surface layer is comparably lower, the heat transfer is slow and the unit heat capacity ratio is lower that is disadvantageous to release maximum thermal energy in a short time thereby limiting the applications.

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