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An evaporative condensate dissipation system is configured to receive a liquid condensate from an external surface of a cooling element of a refrigeration system and to dissipate the liquid condensate by evaporation. The evaporative condensate dissipation system includes one or more walls constructe

An evaporative condensate dissipation system is configured to receive a liquid condensate from an external surface of a cooling element of a refrigeration system and to dissipate the liquid condensate by evaporation. The evaporative condensate dissipation system includes one or more walls constructed from a porous material configured to absorb the liquid condensate and to retain the liquid condensate within the porous material. The evaporative condensate dissipation system further includes a fan configured to generate an airflow and positioned to cause the airflow to pass through the one or more walls. The one or more walls are sufficiently permeable to allow the airflow to pass therethrough. The airflow evaporates the liquid condensate retained within the porous material of the one or more walls.

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1. An evaporative condensate dissipation system configured to receive a liquid condensate from an external surface of a cooling element of a refrigeration system and to dissipate the liquid condensate by evaporation, the evaporative condensate dissipation system comprising: one or more walls constru

1. An evaporative condensate dissipation system configured to receive a liquid condensate from an external surface of a cooling element of a refrigeration system and to dissipate the liquid condensate by evaporation, the evaporative condensate dissipation system comprising: one or more walls constructed from a porous material configured to absorb the liquid condensate and to retain the liquid condensate within the porous material; anda fan configured to generate an airflow and positioned to cause the airflow to pass through the one or more walls;a condensate distribution system configured to distribute the liquid condensate across the one or more walls, the condensate distribution system comprising one or more perforated dissipation pans positioned above or integrated within the one or more walls and configured to receive the liquid condensate from the refrigeration system;wherein the one or more walls are sufficiently permeable to allow the airflow to pass therethrough and wherein the airflow evaporates the liquid condensate retained within the porous material of the one or more walls. 2. The evaporative condensate dissipation system of claim 1, wherein the condensate distribution system is configured to distribute the liquid condensate across a top portion of the one or more walls. 3. The evaporative condensate dissipation system of claim 2, wherein the one or more perforated dissipation pans are configured to receive the liquid condensate from a drain line of the refrigeration system. 4. The evaporative condensate dissipation system of claim 2, wherein the condensate distribution system comprises a perforated hose positioned above or integrated within the one or more walls and configured to receive the liquid condensate from a drain line of the refrigeration system. 5. The evaporative condensate dissipation system of claim 1, wherein the one or more walls are positioned in the airflow downstream of a heat-rejecting element of the refrigeration system; wherein the airflow absorbs heat from the heat-rejecting element and the heated airflow passes through the one or more walls. 6. The evaporative condensate dissipation system of claim 1, wherein evaporating the liquid condensate cools the airflow and the cooled airflow is provided to a condenser of the refrigeration system to absorb heat from the condenser. 7. The evaporative condensate dissipation system of claim 1, further comprising a receptacle positioned below the one or more walls and configured to capture at least a portion of the liquid condensate not retained within the porous material of the one or more walls. 8. The evaporative condensate dissipation system of claim 7, wherein the one or more walls are at least partially submerged in the liquid condensate in the receptacle; wherein the one or more walls are configured to wick the liquid condensate from within the receptacle and to retain the wicked liquid condensate within the porous material. 9. The evaporative condensate dissipation system of claim 7, wherein: the liquid condensate from the refrigeration system is introduced to an upper portion of the one or more walls and flows downward through the one or more walls toward the receptacle;the one or more walls absorb the liquid condensate introduced to the upper portion until the one or more walls become fully saturated with the liquid condensate; andthe receptacle captures the liquid condensate introduced to the upper portion after the one or more walls become fully saturated with the liquid condensate. 10. The evaporative condensate dissipation system of claim 7, further comprising: a drain line configured to receive the liquid condensate from the receptacle; anda pump disposed along the drain line and configured to pump the liquid condensate from the receptacle toward an upper portion of the one or more walls, wherein the pumped liquid condensate is reintroduced to the one or more walls at the upper portion. 11. The evaporative condensate dissipation system of claim 7, wherein: the liquid condensate from the refrigeration system is received in the receptacle, introduced to a lower portion of the one or more walls submerged in the liquid condensate, and flows upward from the lower portion through the one or more walls;the one or more walls absorb the liquid condensate introduced to the lower portion until the one or more walls become fully saturated with the liquid condensate; andthe receptacle retains the liquid condensate introduced to the lower portion after the one or more walls become fully saturated with the liquid condensate. 12. A temperature-controlled display device comprising: a temperature-controlled space configured for storing and displaying products;a refrigeration system configured to circulate a refrigerant through a cooling element to provide cooling for the temperature-controlled space; andan evaporative condensate dissipation system configured to receive a liquid condensate from an external surface of the cooling element and to dissipate the liquid condensate by evaporation, the evaporative condensate dissipation system comprising: one or more walls constructed from a porous material configured to absorb the liquid condensate and to retain the liquid condensate within the porous material; anda fan configured to generate an airflow and positioned to cause the airflow to pass through the one or more walls;wherein the one or more walls are sufficiently permeable to allow the airflow to pass therethrough and wherein the airflow evaporates the liquid condensate retained within the porous material of the one or more walls. 13. The temperature-controlled display device of claim 12, wherein the evaporative condensate dissipation system further comprises a condensate distribution system configured to distribute the liquid condensate across a top portion of the one or more walls. 14. The temperature-controlled display device of claim 13, wherein the condensate distribution system comprises one or more perforated dissipation pans positioned above the one or more walls and configured to receive the liquid condensate from a drain line of the refrigeration system. 15. The temperature-controlled display device of claim 13, wherein the condensate distribution system comprises a perforated hose positioned above the one or more walls and configured to receive the liquid condensate from a drain line of the refrigeration system. 16. The temperature-controlled display device of claim 12, wherein the one or more walls are positioned in the airflow downstream of a heat-rejecting element of the refrigeration system; wherein the airflow absorbs heat from the heat-rejecting element and the heated airflow passes through the one or more walls. 17. The temperature-controlled display device of claim 12, wherein evaporating the liquid condensate cools the airflow and the cooled airflow is provided to a condenser of the refrigeration system to absorb heat from the condenser. 18. The temperature-controlled display device of claim 12, wherein the evaporative condensate dissipation system further comprises a receptacle positioned below the one or more walls and configured to capture at least a portion of the liquid condensate not retained within the porous material of the one or more walls. 19. The temperature-controlled display device of claim 18, wherein the one or more walls are at least partially submerged in the liquid condensate in the receptacle; wherein the one or more walls are configured to wick the liquid condensate from within the receptacle and to retain the wicked liquid condensate within the porous material. 20. The temperature-controlled display device of claim 18, wherein: the liquid condensate from the refrigeration system is introduced to an upper portion of the one or more walls and flows downward through the one or more walls toward the receptacle;the one or more walls absorb the liquid condensate introduced to the upper portion until the one or more walls become fully saturated with the liquid condensate; andthe receptacle captures the liquid condensate introduced to the upper portion after the one or more walls become fully saturated with the liquid condensate. 21. The temperature-controlled display device of claim 18, wherein the evaporative condensate dissipation system further comprises: a drain line configured to receive the liquid condensate from the receptacle; anda pump disposed along the drain line and configured to pump the liquid condensate from the receptacle toward an upper portion of the one or more walls, wherein the pumped liquid condensate is reintroduced to the one or more walls at the upper portion. 22. The temperature-controlled display device of claim 18, wherein: the liquid condensate from the refrigeration system is received in the receptacle, introduced to a lower portion of the one or more walls submerged in the liquid condensate, and flows upward from the lower portion through the one or more walls;the one or more walls absorb the liquid condensate introduced to the lower portion until the one or more walls become fully saturated with the liquid condensate; andthe receptacle retains the liquid condensate introduced to the lower portion after the one or more walls become fully saturated with the liquid condensate.