| 摘要 |
<P>PROBLEM TO BE SOLVED: To provide a geothermal heat exchanger burying structure and a geothermal utilization structure, which can very efficiently and continually utilize thermal energy obtained through heat exchange with geothermal heat exchangers. <P>SOLUTION: The geothermal utilization structure includes: at least two geothermal heat exchangers which are buried in the foundation with a heat exchange medium circulated therein; and at least two thermal facilities wherein the heat exchange can be directly or indirectly performed with the thermal energy of the heat exchange medium, includes, as the thermal facilities, an endothermic facility which can reduce the temperature of the heat exchange medium through the heat exchange with the heat exchange medium, and a thermal-radiation facility is provided which can increase the temperature of the heat exchange medium through the heat exchange with the heat exchange medium. The endothermic facility is directly or indirectly connected to one terrestrial-heat heat exchanger in such a manner that the heat exchange can be performed therebetween, and the thermal-radiation facility is directly or indirectly connected to the other geothermal heat exchanger in such a manner that the heat exchange can be performed therebetween. The terrestrial-heat heat exchanger connected to the endothermic facility serves as an endothermic system equipment which can make an endothermic effect in the earth, and the geothermal heat exchanger connected to the thermal-radiation facility as an thermal-radiation system equipment which can make an thermal-radiation effect in the earth, so that the thermal-radiation system equipment and the endothermic system equipment are buried having a proper positional relationship with each other. <P>COPYRIGHT: (C)2013,JPO&INPIT |
