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A thermal energy storage transfer system that is adapted to transfer heat from an electronics enclosure. The thermal energy storage system includes a thermal energy storage unit that is positioned within the electronics enclosure. The thermal energy storage unit contains a phase change material that

A thermal energy storage transfer system that is adapted to transfer heat from an electronics enclosure. The thermal energy storage system includes a thermal energy storage unit that is positioned within the electronics enclosure. The thermal energy storage unit contains a phase change material that stores heat created by electronics stored within the electronics enclosure and transfers the heat to outside of the electronics enclosure by use of a heat pipe and condenser.

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What is claimed is: 1. A thermal energy storage transfer system for use with an electronics enclosure having an interior space for electronics, the thermal energy storage transfer system comprising: a main housing positioned within the interior space of the electronics enclosure; a phase change mat

What is claimed is: 1. A thermal energy storage transfer system for use with an electronics enclosure having an interior space for electronics, the thermal energy storage transfer system comprising: a main housing positioned within the interior space of the electronics enclosure; a phase change material in the main housing and adapted to absorb heat created by the electronics; a heat sink coupled to the main housing and in communication with the phase change material, the heat sink adapted to transfer heat to the phase change material that is generated by the electronics within the electronics enclosure; a conductive material positioned within the main housing and embedded within the phase change material, the conductive material adapted to transfer heat from the phase change material; a heat pipe coupled to the main housing and in communication with the conductive material, the heat pipe arranged to extend from the interior space of the electronics enclosure to a convection chimney associated with the electronics enclosure; and a condenser coupled to the heat pipe and positioned within the convection chimney, the condenser adapted to remove heat from the heat pipe by releasing the heat into air moving through the convection chimney. 2. The thermal energy storage transfer system of claim 1, wherein the heat sink includes a base coupled to the main housing and a series of fins extending from the base. 3. The thermal energy storage transfer system of claim 1, wherein the condenser includes a series of fins coupled to the heat pipe to radiate heat from the heat pipe. 4. The thermal energy storage transfer system of claim 1, further including a second heat pipe coupled to the main housing for transferring heat from the phase change material to the condenser. 5. The thermal energy storage transfer system of claim 1, further including a condenser housing coupled to the main housing, the condenser housing adapted to house the condenser. 6. A thermal energy storage and transfer system for removing heat generated by electronics equipment positioned within an interior space of an electronics enclosure, the thermal energy storage and transfer system comprising: a main housing positioned within the electronics enclosure; a phase change material positioned in the main housing, the phase change material adapted to absorb and store heat generated by the electronics equipment within the electronics enclosure; a heat sink coupled to the main housing and adapted to transfer heat created by the electronics equipment to the phase change material; a condenser housing coupled to the main housing and positioned outside of the interior space of the electronics enclosure and within a convection chimney; a condenser positioned within the condenser housing; at least one heat pipe coupled to the main housing at a first end and to the condenser at a second end, the heat sink adapted to transfer heat stored by the phase change material within the housing to the condenser where air, passing through the convection chimney, contacts the condenser to remove heat from the condenser; and a conductive material positioned within the main housing and embedded within the phase change material, the conductive material adapted to transfer heat from the phase change material to the at least one heat pipe. 7. The thermal energy storage transfer system of claim 6, wherein the heat sink includes a base coupled to the main housing and a series of fins extending from the base. 8. The thermal energy storage transfer system of claim 7, wherein the condenser includes a series of fins coupled to the at least one heat pipe to radiate heat from the at least one heat pipe. 9. The thermal energy storage transfer system of claim 6, further including a second heat pipe coupled to the main housing for transferring heat from the phase change material to the condenser. 10. The thermal energy storage transfer system of claim 6, further including a cover adapted to be coupled to the main housing, the cover including at least one opening adapted to accept a corresponding one of the at least one heat pipe. 11. The thermal energy storage transfer system of claim 10, wherein the cover includes a fill opening and a vent opening to allow the main housing to be filled with the phase change material. 12. An electronics enclosure for electronics equipment comprising: a convection chimney having an air inlet and an air outlet positioned above the air inlet; a thermal energy storage unit positioned within the electronics enclosure, the thermal energy storage unit having a main housing; a phase change material positioned within the main housing, the phase change material adapted to absorb and store heat generated by the electronics equipment within the electronics enclosure; a heat sink coupled to the main housing and adapted to transfer heat created by the electronics equipment to the phase change material; a condenser positioned within the chimney; a heat pipe coupled to the housing at a first end and to the condenser at a second end, the heat pipe adapted to transfer heat stored by the phase change material within the housing to the condenser where air, passing through the chimney, contacts the condenser to remove heat from the condenser; and a conductive material positioned within the housing and embedded within the phase change material, the conductive material adapted to transfer heat from the phase change material to the heat pipe such that heat generated by the electronics equipment is absorbed by the phase change material and transferred through the heat pipe to the condenser where air passing through the chimney removes heat from the condenser. 13. The electronics enclosure of claim 12, wherein the heat sink includes a base coupled to the main housing and a series of fins extending from the base. 14. The electronics enclosure of claim 12, wherein the condenser includes a series of fins coupled to the heat pipe to radiate heat from the heat pipe. 15. The electronics enclosure of claim 12, further including a second heat pipe coupled to the main housing for transferring heat from the phase change material to the condenser. 16. The electronics enclosure of claim 12, further including a condenser housing coupled to the main housing, the condenser housing adapted to house the condenser. 17. The electronics enclosure of claim 12, further including a reflective insulating material lining the inside of the electronics enclosure to reflect heat from the electronics equipment to the heat sink.