Cooling and heating systems and methods utilizing thermo-electric devices

1. A cooling and heating system, comprising:

a heat exchanger including a first section having a first passageway, including a second section having a second passageway, and including a plate, the first and second passageways being separated by the plate, the plate having an aperture therethrough and the first passageway being in fluid communication with the second passageway via the aperature, the first section having a first side facing the second section and having a second side facing away from the second section, and the second section having a first side facing the first section and having a second side facing away from the first section;

a thermoelectric cooler coupled to the second side of the first section of the heat exchanger and which is selectively operable to cool or heat a fluid within the first section of the heat exchanger;

a thermoelectric cooler coupled to the second side of the second section of the heat exchanger and which is selectively operable to cool or heat a fluid within the second section of the heat exchanger, wherein it is possible to simultaneously cool or heat fluid in both the first and second sections;

a heat transfer device thermally coupled to the first mentioned thermoelectric cooler;

a fan adjacent the heat transfer device and which is selectively operable to force air relative to the heat transfer device, wherein the fan affects cooling or heating of the fluid within the first section of the heat exchanger;

an input conduit coupled between the heat exchanger and the heat transfer device;

a return conduit coupled between the heat exchanger and the heat transfer device; and

a pump which is selectively operable to circulate the fluid through the input conduit, the heat exchanger, the return conduit, and the heat transfer device;

wherein thermal energy existing within the fluid while flowing through the heat transfer device is utilized to heat or cool an environment adjacent the heat transfer device.

2. The cooling and heating system of claim 1 , further comprising a second heat transfer device thermally coupled to the second mentioned thermoelectric cooler; and a fan adjacent the second heat transfer device and which is selectively operable to force air over the second heat transfer device.

3. The cooling and heating system of claim 1 , further comprising a finned heat transfer structure, external of the heat exchanger, coupled to the second mentioned thermoelectric cooler and which is selectively operable to remove thermal energy from the first mentioned thermoelectric cooler.

4. The cooling and heating system of claim 3 , further comprising a fan adjacent the finned heat transfer structure and which is selectively operable to force air over the heat transfer structure to aid in removing the thermal energy.

5. The cooling and heating system of claim 1 , wherein the pump comprises a magnetic pump and is coupled to the return conduit.

6. The cooling and heating system of claim 1 , wherein the fluid comprises a combination of glycol and distilled water.

7. The cooling and heating system of claim 1 , wherein the input conduit, the heat exchanger, the return conduit, and the heat transfer device comprise a closed loop system.

8. The cooling and heating system of claim 7 , wherein the fluid is introduced to the closed loop system via a valve assembly coupled to the input conduit.

9. A cooling and heating method, comprising:

coupling together an input conduit, a heat exchanger, a return conduit, and a heat transfer device to form a closed loop, the heat exchanger including a plate, a first section having a first passageway and a second section having a second passageway, the first and second passageways being separated by the plate, the plate having an aperture therethrough and the first passageway being in fluid communication with the second passageway via the aperature;

coupling a first thermoelectric cooler to the first section of the heat exchanger;

coupling a second thermoelectric cooler to the second section of the heat exchanger;

simultaneously cooling or heating both the first passageway and the second passageway using the first and second thermoelectric coolers a fluid within the heat exchanger;

circulating the fluid through the input conduit, the heat exchanger, the return conduit, and the heat transfer device; and heating or cooling an environment adjacent the heat transfer device via thermal energy existing within the fluid while the fluid is flowing through the heat transfer device.

10. The cooling and heating method of claim 9 , further comprising forcing air over the heat transfer device via a fan adjacent the heat transfer device.

11. The cooling and heating method of claim 9 , further comprising coupling a finned heat transfer structure, external of the heat exchanger, to the first thermoelectric cooler to remove thermal energy from the first thermoelectric cooler.

12. The cooling and heating method of claim 11 , further comprising forcing air over the heat transfer structure to aid in removing the thermal energy.

13. The cooling and heating method of claim 9 , further comprising controlling the temperature of one side of the first thermoelectric cooler.

14. The cooling and heating method of claim 9 , wherein the fluid comprises a combination of glycol and distilled water.

15. A cooling and heating system, comprising:

a heat exchanger; and

a plurality of thermoelectric coolers coupled to the heat exchanger and which can be operable to cool or heat a fluid within the heat exchanger;

wherein the heat exchanger comprises a housing including an upper section having a first passageway and a lower section having a second passageway, the first and second passageways separated by a metal plate, the first passageway being in fluid communication with the second passageway inside the housing.

16. The cooling and heating system of claim 15 , further comprising a finned heat transfer structure, external of the heat exchanger housing, coupled to the thermoelectric coolers and which can be operable to remove thermal energy from the thermoelectric coolers.

17. The cooling and heating system of claim 16 , further comprising a fan adjacent the heat transfer structure and which can be operable to force air over the heat transfer structure to aid in removing the thermal energy.

18. The cooling and heating system of claim 15 , wherein the fluid comprises a combination of glycol and distilled water.

19. The cooling and heating system of claim 15 , wherein the copper plate is approximately ¼ inches thick.