Earth coupled thermal barrier system

An earth coupled, thermal barrier system for controlling temperature within a structure having a ceiling, a floor and outer walls which define an interior of the structure having an exposed surface area, the system comprising:

• a plurality of thermal panels located within the outer walls and ceiling of the structure, each of the thermal panels having a planar, heat transferring surface and having heat transfer tubing in contact therewith:
• an earth coupled heat exchanger;
• an interconnecting conduit connecting the heat transfer tubing of the thermal panels in the walls and ceiling of the structure with the earth coupled heat exchanger, the conduit having contained therein a fluid heat exchange medium;
• circulatory means for circulating the fluid heat exchange medium through the heat exchange tubing in the thermal panels, through the interconnecting conduit and through the earth coupled heat exchanger;
• wherein the combined surface area of the heat transfer surfaces of the thermal panels in the outer walls and ceilings is at least 90% of the total exposed surface area of the walls and ceiling of the structure interior;
• wherein the fluid heat exchange medium is an aqueous based fluid which is circulated throughout the system by a fluid pump;
• and
• further comprising at least one thermal window panel within a window opening located in the wall of the structure, the thermal window panel comprising a thermal screen, heat transfer tubing in contact with the screen, and inner and outer transparent panels encasing the screen and tubing, the tubing being interconnected by the fluid conduit within the earth coupled, thermal barrier system.

A method of reducing heat loss or gain from a structure having a floor, a ceiling and interconnecting walls, the method comprising the steps of:

• a) circulating fluid from an earth coupled, heat exchanger through a first conduit to a thermal panel located within a portion of the structure, the portion being a selected one of the floor, ceiling and walls, the thermal panel having heat transfer tubing in contact therewith;
• b) circulating the fluid within heat transfer tubing of the thermal panel;
• c) exchanging heat between the fluid within the heat transfer tubing of the thermal panel and the portion of the structure;
• d) returning the fluid from the heat transfer tubing of the thermal panel through a return conduit to the earth coupled, heat exchanger;
• e) diverting a portion of the circulating fluid from the first conduit through an air treatment conduit to a preconditioning coil, wherein the portion of circulating fluid is diverted prior to the fluid reaching the thermal panel;
• f) circulating the diverted fluid through the preconditioning coil;
• g) impelling air from a first air vent to the preconditioning coil;
• h) preconditioning the air by exchanging heat between the impelled air and the fluid circulating through the preconditioning coil;
• i) exhausting the preconditioned air through a second air vent;
• j) returning the fluid from the preconditioning coil to the return conduit;
• k) returning fluid to the earth coupled, heat exchanger through the return conduit;
• l) circulating fluid through the earth coupled, heat exchanger;
• and
• m) exchanging heat between the fluid in the earth coupled, heat exchanger and the earth;
• wherein the thermal panel is provided with a heat conducting sheet in contact with the heat transfer tubing and the heat conducting sheet exchanges heat between the portion of the structure and the heat transfer tubing;
• wherein fluid is circulated through a thermal window panel within a window opening located within at least a selected one of the wall and ceiling of the structure;
• and
• wherein the thermal window panel is provided with a thermal screen, screen tubing contacting the screen, and glass encasing the screen and screen tubing, and wherein the fluid circulating through the thermal window panel flows through the screen tubing.

An earth coupled, thermal barrier system for a structure having a ceiling, a floor and an interconnecting wall, comprising:

• a thermal panel located within at least a selected one of the wall, ceiling and floor of the structure, the thermal panel comprising heat transfer tubing and a heat conducting sheet in contact with the heat transfer tubing;
• an earth coupled heat exchanger;
• a first conduit to transfer heat between the thermal panel and the heat exchanger;
• an air treatment unit containing a preconditioning coil;
• a second conduit to transfer heat between the coil and the heat exchanger;
• a fluid for transferring heat and a pump for circulating the fluid throughout the thermal panel, the heat exchanger, the coil and the conduits;
• a thermal window panel within a window opening located within at least a selected one of the wall and ceiling of the structure;
• a third conduit connecting the thermal window panel and the earth coupled heat exchanger;
• and
• wherein the thermal window panel comprises a substantially transparent thermally conductive solid extending over the entirety of the thermal window panel, tubing in thermal heat conductive relationship with the thermally conductive solid, and inner and outer transparent panels encasing the thermal conductive solid and the tubing.