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A temperature responsive refrigerated transport container having a self contained refrigeration plant in which a short range radio transmits a sensed temperature to a remote operator panel using an identity code with the panel controlling the plant via a radio transmitter using an operating signal g

A temperature responsive refrigerated transport container having a self contained refrigeration plant in which a short range radio transmits a sensed temperature to a remote operator panel using an identity code with the panel controlling the plant via a radio transmitter using an operating signal generated at the panel.

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A temperature responsive refrigerated transport container having a self contained refrigeration plant in which a short range radio transmits a sensed temperature to a remote operator panel using an identity code with the panel controlling the plant via a radio transmitter using an operating signal g

A temperature responsive refrigerated transport container having a self contained refrigeration plant in which a short range radio transmits a sensed temperature to a remote operator panel using an identity code with the panel controlling the plant via a radio transmitter using an operating signal generated at the panel. to said controller; wherein said user interface is configured to allow a user to select at least one operational mode; wherein said at least one temperature operational mode is selected from the group consisting of a cooling mode, a heating mode, and combinations thereof. 11. The apparatus of claim 1, wherein said apparatus is disposed in a temperature controlled device, wherein said temperature controlled device is selected from the group consisting of an internal freezer compartment, a door mounted freezer compartment, an internal refrigerator compartment, a door mounted refrigerated compartment, and combinations thereof. 12. The apparatus of claim 11, further comprising a temperature control device thermistor disposed in said temperature control device so as to contact a temperature controlled air; wherein said temperature control device thermistor is spaced apart from said compartment; wherein said temperature control device thermistor is coupled to said controller; wherein said controller is configured to control said compartment air temperature using data acquired from said temperature control device thermistor. 13. The apparatus of claim 11, further comprising an ambient air thermistor; wherein said ambient air thermistor is disposed on a portion of an external wall of said temperature control device; wherein said ambient air thermistor is disposed to be spaced apart from said compartment; wherein said ambient air thermistor is coupled to said controller; wherein said controller is configured to control said compartment air temperature using data acquired from said ambient air thermistor. 14. The apparatus of claim 11, wherein said temperature controlled device further comprises a main temperature controlled portion; wherein said first section of said reversible solid state device is disposed to contact a temperature controlled air that is disposed in said main temperature controlled portion. 15. The apparatus of claim 14, further comprising a temperature control device fan disposed in said main temperature control portion; wherein said temperature control device fan is coupled to said controller; wherein said temperature control device fan is disposed to draw said temperature controlled air across said first section of said reversible solid state device. 16. The apparatus of claim 15, wherein said temperature control device fan is selected from the group consisting of discreet speed controlable fans, continuous speed fans, variable speed fans, and combinations thereof; wherein said controller is configured to maintain a constant voltage to said reversible solid state device and modulate a speed of said temperature control device fan. 17. The apparatus of claim 15 further comprises a first section cover having an first section cover inlet and a first section cover outlet; wherein said first section cover is disposed over said first section of said reversible solid state device; wherein said first section cover inlet is disposed to draw in said temperature controlled air from said main temperature controlled portion; wherein said first section cover outlet is disposed to exhaust said temperature controlled air to said main temperature controlled portion after said temperature controlled air passes over said first section of said reversible solid state device. 18. The apparatus of claim 17 further comprises a first section cover fan disposed between said first section cover and said external wall surface of said compartment; wherein said first section cover fan is coupled to said controller; wherein said first section cover fan is disposed to draw said temperature controlled air through said first section cover inlet, across said first section of said reversible solid state device, and exhaust said temperature controlled air through said first section cover exhaust. 19. The apparatus of claim 18, wherein said first section cover fan is selected from the group consist