Conduit module coupled with heating or cooling module

1. A conduit module to couple a plurality of fluid circuits to a heating/cooling module having first and second heat exchangers, the conduit module comprising:

first, second, and third supply conduits to convey fluid to first, second, and source fluid circuits, respectively, wherein the first supply conduit is configured to convey fluid to the first fluid circuit for a heating load and the second supply conduit is configured to convey fluid to the second fluid circuit for a cooling load;

first, second, and third return conduits to receive fluid from the first, second, and source fluid circuits, respectively; and

first, second, third, and fourth three-way valves, wherein

the first three-way valve is connected to the first return conduit and the third return conduit, wherein the first three-way valve selectively regulates flow of fluid from the first return conduit and the third return conduit to the first heat exchanger,

the second three-way valve is connected to the first supply conduit and the third supply conduit, wherein the second three-way valve selectively regulates flow of fluid from the first heat exchanger to the first supply conduit and the third supply conduit for selective distribution to the first fluid circuit and the source fluid circuit,

the third three-way valve is connected to the second return conduit and the third return conduit, wherein the third three-way valve selectively regulates flow of fluid from the second return conduit and the third return conduit to the second heat exchanger, and

the fourth three-way valve is connected to the second supply conduit and the third supply conduit, wherein the fourth three-way valve selectively regulates flow of fluid from the second heat exchanger to the second supply conduit and the third supply conduit for selective distribution to the second fluid circuit and the source fluid circuit.

2. The conduit module of claim 1 , including the heating/cooling module, and the heating/cooling module comprises a heat pump.

3. The conduit module of claim 2 , wherein the heating/cooling module excludes a reversing valve, and the conduit module and the heating/cooling module define a plurality of different heating and cooling operating modes.

4. The conduit module of claim 3 , wherein the plurality of different heating and cooling operating modes includes a heating mode, a cooling mode, and a simultaneous heating and cooling mode.

5. The conduit module of claim 3 , wherein the plurality of different heating and cooling operating modes includes a primary heating with some cooling mode and a primary cooling with some heating mode.

6. The conduit module of claim 2 , wherein the conduit module is a modular stand-alone unit installable separately from the heating/cooling module.

7. The conduit module of claim 1 , wherein the conduit module is adapted to simultaneously convey heated fluid via the first supply conduit for use in the first fluid circuit and convey chilled fluid via the second fluid supply conduit for use in the second fluid circuit.

8. The conduit module of claim 1 , including a controller configured to selectively regulate fluid flow by each of the first, second, third, and fourth three-way valves.

9. The conduit module of claim 1 , including a first inlet conduit adapted to convey fluid from the conduit module to the first heat exchanger, and a first outlet conduit adapted to convey fluid from the first heat exchanger to the conduit module, the first heat exchanger being adapted to heat or pass through unheated any fluid being conveyed by the first inlet and first outlet conduits.

10. The conduit module of claim 1 , including a second inlet conduit adapted to convey fluid from the conduit module to the second heat exchanger, and a second outlet conduit adapted to convey fluid from the second heat exchanger to the conduit module, the second heat exchanger being adapted to chill or pass through unchilled any fluid being conveyed by the second inlet and second outlet conduits.

11. The conduit module of claim 1 , wherein the second three-way valve is configured to receive fluid heated by the first heat exchanger when the first heat exchanger is operating and fluid unheated by the first heat exchanger when the first heat exchanger is not operating.

12. The conduit module of claim 1 , wherein the fourth three-way valve is configured to receive fluid cooled by the second heat exchanger when the second heat exchanger is operating and fluid uncooled by the second heat exchanger when the second heat exchanger is not operating.

13. A modular conduit and valve apparatus to couple a plurality of fluid circuits to a heating/cooling apparatus having first and second heat exchangers, the conduit apparatus comprising:

a frame;

first, second, and third supply conduits supported by the frame to convey fluid to first, second, and third fluid circuits, respectively, wherein the first supply conduit is configured to convey fluid to the first fluid circuit for a heating load and the second supply conduit is configured to convey fluid to the second fluid circuit for a cooling load;

first, second, and third return conduits supported by the frame to receive fluid from the first, second, and third fluid circuits, respectively; and

first, second, third, and fourth three-way valves supported by the frame, wherein

the first three-way valve is connected to the first return conduit and the third return conduit, wherein the first three-way valve selectively regulates flow of fluid from the first return conduit and the third return conduit to the first heat exchanger,

the second three-way valve is connected to the first supply conduit and the third supply conduit, wherein the second three-way valve selectively regulates flow of fluid from the first heat exchanger to the first supply conduit and the third supply conduit for selective distribution to the first fluid circuit and the third fluid circuit,

the third three-way valve is connected to the second return conduit and the third return conduit, wherein the third three-way valve selectively regulates flow of fluid from the second return conduit and the third return conduit to the second heat exchanger, and

the fourth three-way valve is connected to the second supply conduit and the third supply conduit, wherein the fourth three-way valve selectively regulates flow of fluid from the second heat exchanger to the second supply conduit and the third supply conduit for selective distribution to the second fluid circuit and the third fluid circuit.

14. The modular conduit and valve apparatus of claim 13 , including a controller configured to selectively regulate fluid flow by each of the first, second, third, and fourth three-way valves.

15. The modular conduit and valve apparatus of claim 13 , wherein the third fluid circuit is a geothermal fluid circuit.

16. The modular conduit and valve apparatus of claim 13 , including a first inlet conduit connected to the first three-way valve and adapted to convey fluid from the conduit apparatus to the first heat exchanger, a first outlet conduit connected to the second three-way valve and adapted to convey fluid from the first heat exchanger to the conduit apparatus, a second inlet conduit connected to the third three-way valve and adapted to convey fluid from the conduit apparatus to the second heat exchanger, and a second outlet conduit connected to the fourth three-way valve and adapted to convey fluid from the second heat exchanger to the conduit apparatus.

17. A heating and cooling system, comprising:

a heating/cooling apparatus having first and second heat exchangers;

a conduit apparatus coupled to the heating/cooling apparatus and adapted to be coupled to a plurality of fluid circuits for heating and/or cooling loads, the conduit apparatus positioned between the heating/cooling apparatus and the plurality of fluid circuits, the conduit apparatus comprising:

first, second, and third supply conduits to convey fluid to first, second, and source fluid circuits, respectively, wherein the first supply conduit is configured to convey fluid to the first fluid circuit for a heating load and the second supply conduit is configured to convey fluid to the second fluid circuit for a cooling load;

first, second, and third return conduits to receive fluid from the first, second, and source fluid circuits, respectively;

first, second, third, and fourth three-way valves, wherein

the first three-way valve is connected to the first return conduit and the third return conduit to selectively regulate flow of fluid from the first return conduit and the third return conduit to the first heat exchanger,

the second three-way valve is connected to the first supply conduit and the third supply conduit to selectively regulate flow of fluid from the first heat exchanger to the first supply conduit and the third supply conduit for selective distribution to the first fluid circuit and the source fluid circuit,

the third three-way valve is connected to the second return conduit and the third return conduit to selectively regulate flow of fluid from the second return conduit and the third return conduit, to the second heat exchanger, and

the fourth three-way valve is connected to the second supply conduit and the third supply conduit to selectively regulate flow of fluid from the second heat exchanger to the second supply conduit and the third supply conduit for selective distribution to the second circuit and the source fluid circuit.

18. The heating and cooling system of claim 17 , including a controller configured to selectively regulate fluid flow by each of the first, second, third, and fourth three-way valves.

19. The heating and cooling system of claim 17 , wherein the heating/cooling apparatus is a heat pump, the first heat exchanger is a condenser, and the second heat exchanger is an evaporator.

20. The heating and cooling system of claim 17 , wherein the conduit apparatus simultaneously conveys heated fluid via the first supply conduit for use in the first fluid circuit and chilled fluid via the second fluid supply conduit for use in the second fluid circuit.