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A cooling system includes a container that is conductively coupled or convectively coupled to a thermoelectric device to selectively cool and/or heat the container. A climate controlled container system for a vehicle includes a container or cavity and a conduction element configured to cool the cavi

A cooling system includes a container that is conductively coupled or convectively coupled to a thermoelectric device to selectively cool and/or heat the container. A climate controlled container system for a vehicle includes a container or cavity and a conduction element configured to cool the cavity. In some embodiments, the cooling system includes a housing, a housing inlet, a fluid passage and one or more thermoelectric devices and fluid transfer devices positioned within the housing.

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1. A cup holder assembly, comprising: a housing comprising a first cup holder member and at least a second cup holder member;wherein the first cup holder member comprises a generally unitary structure defining a first interior cavity;wherein the second cup holder member comprises a generally unitary

1. A cup holder assembly, comprising: a housing comprising a first cup holder member and at least a second cup holder member;wherein the first cup holder member comprises a generally unitary structure defining a first interior cavity;wherein the second cup holder member comprises a generally unitary structure defining a second interior cavity;wherein each of the first and second interior cavities is configured to receive a beverage container therein;wherein each of the first and second cup holder members is formed, at least in part, by a bottom wall and a generally continuous side wall, said side wall comprising a wall thickness extending from an exterior of the housing to the first or second interior cavity;wherein the side wall and the bottom wall of the first and second cup holder members together form a monolithic structure;a cooling system that comprises: a first thermoelectric device having a first side thermally coupled the first cup holder member and a first heat exchanger positioned within a passage; a second thermoelectric device having a first side thermally coupled to the second cup holder member and a second heat exchanger positioned within the passage; and a fluid transfer device configured to transfer air through the passage and to the first and second heat exchangers;the side wall of the first interior cavity comprises a first conduction element located on or near an entire periphery of the first interior cavity, said first conduction element extending across an entire wall thickness of the side wall of the first cup holder member;the side wall of the second interior cavity comprises a second conduction element located on or near an entire periphery of the second interior cavity, said second conduction element extending across an entire wall thickness of the side wall of the second cup holder member;wherein the first and second conduction elements are configured to thermally transfer heat between the first thermoelectric device and the first interior cavity or between the second thermoelectric device and the second interior cavity;wherein the first side of the first thermoelectric device is directly coupled to the generally unitary structure of the side wall of the first cup holder member;wherein the first side of the second thermoelectric device is directly coupled to the generally unitary structure of the side wall of the second cup holder member; andwherein heat transfer between the first thermoelectric device and the first interior cavity is generally configured to occur through an entire circumference of the generally continuous side wall of the first cup holder member; andwherein heat transfer between the second thermoelectric device and the second interior cavity is generally configured to occur through an entire circumference of the generally continuous side wall of the second cup holder member. 2. The cup holder assembly as in claim 1, further comprising vanes positioned in the passage, the vanes being configured to distribute the air substantially evenly to and across the first and second heat exchangers. 3. The cup holder assembly as in claim 1, wherein the fluid transfer device comprises radial fan. 4. The cup holder assembly as in claim 1, wherein the fluid transfer device comprises an axial fan. 5. The cup holder assembly as in claim 1, wherein each of the first and second cup holders members includes means for biasing a cup against a portion of the side wall of the cup holder member. 6. The cup holder assembly as in claim 1, wherein the first and second thermoelectric devices are positioned directly below or along side the first and second cup holder members, respectively. 7. The cup holder assembly as in claim 1, wherein the fluid transfer device is positioned along the side of the first and second cup holder members. 8. The cup holder assembly as in claim 7, wherein the fluid transfer device is configured to transmit air to a space in the passage between the first and second heat exchangers such that air flowing through the first and second heat exchangers flows in generally opposite directions. 9. The cup holder assembly as in claim 8, wherein the housing comprises a front wall, a rear wall, and first and second lateral walls extending between the front and rear walls, and wherein at least a first and a second outlet are on the first and second lateral walls, the first outlet configured to receive air from the first heat exchanger and the second outlet configured to receive air from the second heat exchanger. 10. The cup holder assembly as in claim 9, wherein the housing further defines an inlet that is positioned on the front or rear wall generally opposing the fluid transfer device. 11. The cup holder assembly as in claim 1, wherein each of the first and second conduction elements comprises a metal. 12. The cup holder assembly as in claim 1, wherein each of the first and second conduction elements comprises aluminum or copper. 13. The cup holder assembly as in claim 1, wherein at least one of the first and second cup holder members comprises a biasing member to help urge beverage containers positioned therein in the direction of the side wall of the first cup holder member or the second cup holder member. 14. The cup holder assembly as in claim 1, wherein the bottom wall of each of the first and second cup holders comprises a bottom conduction element configured to thermally transfer heat to or from the first cavity or the second cavity. 15. A cup holder assembly comprising: a housing having a first cup holder and at least a second cup holder, said first cup holder comprising a first side wall and a first bottom wall together defining a first cavity, and said second cup holder comprising a second side wall and a second bottom wall together defining a second cavity, wherein each of said first and second cavities are configured to receive a beverage container;wherein the first and second side walls that define each of the first and second cavities comprise a thermally conductive material that extends around an entire perimeter of the respective cavity for selectively thermally conditioning a beverage container positioned within the cup holder assembly, wherein said thermally conductive material extends across an entire thickness of first and second side walls;wherein the first side wall and the first bottom wall form a generally monolithic structurewherein the second side wall and a second bottom wall form a generally monolithic structure;a thermal conditioning system comprising:a first thermoelectric device having a first side in thermal communication with the thermally conductive material of the first cup holder;a first heat exchanger at least partially positioned within a fluid passage along a second side of the first thermoelectric device, said second side of the first thermoelectric device being generally opposite of the first side of the first thermoelectric device;a second thermoelectric device having a first side in thermal communication with the thermal conductive material of the second cup holder;a second heat exchanger at least partially positioned within the fluid passage along a second side of the second thermoelectric device, said second side of the second thermoelectric device being generally opposite of the first side of the second thermoelectric device; anda fluid transfer device configured to transfer air through the fluid passage and to the first and second heat exchangers;wherein the first side of the first thermoelectric device is directly conductively coupled to the first side wall of the first cup holder, and wherein heat transfer between the first thermoelectric device and the first cavity is generally configured to occur substantially around an entire circumference of the first side wall;wherein the first side of the second thermoelectric device is directly conductively coupled to the second side wall of the second cup holder, and wherein heat transfer between the second thermoelectric device and the second cavity is generally configured to occur substantially around an entire circumference of the second side wall; andwherein the generally unitary structure of (i) the first side wall and the first bottom wall, and (ii) the second side wall and the second bottom wall helps to retain spilled fluids from escaping the first cavity of the first cup holder and the second cavity of the second cup holder. 16. The cup holder assembly as in claim 15, further comprising vanes positioned in the fluid passage, said vanes being configured to improve air distribution across each of the first and second heat exchangers so as to promote more efficient heat transfer. 17. The cup holder assembly as in claim 15, wherein the fluid transfer device comprises a radial or axial fan. 18. The cup holder assembly as in claim 15, wherein the thermally conductive material comprises a metal. 19. The cup holder assembly as in claim 15, wherein the thermally conductive material comprises at least one of aluminum and copper. 20. The cup holder assembly as in claim 15, wherein each of the first and second cup holders comprises a biasing member to help urge beverage containers positioned therein in the direction of the first side wall of the first cup holder or the second side wall of the second cup holder. 21. The cup holder assembly as in claim 15, wherein each of the first bottom wall and the second bottom wall comprises a thermally conductive material configured to thermally transfer heat to or from the first cavity or the second cavity.