Systems and methods for protective shading structures
Thermal energy management and cooling systems are provided. In various embodiments, passive systems are provided that do not require a flow of liquid or the provision of electrical energy to deliver the cooling effect. Panels and shade structures are disclosed that comprise various features including, for example, phase change materials that are operable to cool an area or volume beneath or proximal to the panel.
1. A thermal management device comprising:
a panel member comprising a plurality of components, at least one of the plurality of components comprising a phase change material,
the panel member configured to at least partially extend over an area to be thermally managed, and
the phase change material being operable to at least partially lower the temperature of the area by the absorption of heat energy.
2. The thermal management device of claim 1 , wherein the phase change material is operable to recharge and release latent heat at least via one of the following methods:
a heat exchanger where a separate working fluid flows through the panel member to absorb and remove heat energy, and
radiation exchange to the exterior during nighttime.
3. The thermal management device of claim 1 , wherein the plurality of components of the panel member further comprises a bracket configured to enclose at least the phase change material.
4. The thermal management device of claim 3 , wherein the plurality of components of the panel member further comprises:
a first layer comprising a perforated layer, a solid metal layer or a plastic layer disposed below the phase change material,
a second layer disposed above the first layer and configured to contain the phase change material, and
a lid disposed above the bracket.
5. The thermal management device of claim 3 , wherein the phase change material comprises a folded and stacked arrangement of sheets disposed in individual rows within the bracket.
6. The thermal management device of claim 3 , wherein the plurality of components of the panel member further comprises a heatsink assembly connected to a lid of the bracket; the heatsink assembly comprising at least one heat sink structure configured to dissipate heat above the panel member and to the exterior during nighttime.
7. The thermal management device of claim 1 , wherein the plurality of components of the panel member further comprise a heat exchanger configured such that a separate working fluid may flow through it and absorb and remove heat energy from the area to be thermally managed.
8. The thermal management device of claim 7 , wherein the heat exchanger comprises a metal piping system disposed within an insulation layer; the insulation layer disposed above the phase change material; the metal piping system configured to accommodate a flow of the separate working fluid.
9. The thermal management device of claim 7 , wherein the heat exchanger comprises:
a plurality of channels collectively disposed in a serpentine or circuitous path and collectively configured to increase a surface area of direct airflow within a desired path, and
egress ports disposed in fluid communication with the channels, the egress ports disposed on lateral edges of the panel member and around a bottom face of the panel member, and the egress ports configured to direct the airflow to an area beneath the panel member.
10. A thermal management device comprising:
a panel member being part of a self-standing structure comprising a support assembly, the panel member comprising a plurality of components, at least one of the plurality of components comprises a phase change material,
the panel member configured to at least partially extend over an area to be thermally managed, and
the phase change material being operable at least partially lower the temperature of the area by the absorption of heat energy.
11. The thermal management device of claim 10 , wherein the self-standing structure comprises a tilting mechanism cooperatively configured with a controller to automatically adjust an orientation of the panel member based on a relative position of the sun; the tilting mechanism configured to increase coverage of the area to be thermally managed.
12. The thermal management device of claim 11 , wherein the tilting mechanism is configured to tilt the panel member around an axis defined along its own length around a pivot of the panel member.
13. The thermal management device of claim 12 , wherein the support assembly comprises an axle configured to rotate around the axis defined along the length of the panel member; the panel member operatively connected to the axle and configured to reciprocate a rotation thereof.
14. The thermal management device of claim 12 , wherein the support assembly comprises at least one track configured to retain the panel member around an outer edge thereof; the panel member configured to reciprocally move along a plane substantially defined along a length of the at least one track.
15. The thermal management device of claim 11 , wherein the tilting mechanism comprises a plurality of wires operatively connected to the support assembly and the panel member; the plurality of wires and the support assembly collectively configured to lower the position of a first outside edge of the panel member according to the relative position of the sun.
16. The thermal management device of claim 11 , wherein the tilting mechanism comprises a hangar assembly or an adjustable brace; the tilting mechanism configured to lower the position of a first outside edge of the panel member according to the relative position of the sun.
17. The thermal management device of claim 10 , wherein the panel member comprises an interconnecting mechanism at least partially disposed around at least one outer edge thereof and configured to enable an attachment of a second panel member comprising a substantially equivalent structure; the interconnecting mechanism comprising a first recess disposed substantially along the outer edge of the panel member, a second recess disposed substantially along an outer edge of the second panel member and a connecting rod comprising protrusions disposed on opposite sides thereof; the protrusions configured and dimensioned respectively with the first recess and second recess to collectively define a mating, sliding engagement between the connecting rod and the panel member and between the connecting rod and the second panel member.
18. The thermal management device of claim 10 , wherein the panel member comprises an interconnecting mechanism at least partially disposed around at least one outer edge thereof; the interconnecting mechanism being configured to permit an attachment of a support member of the support assembly; the interconnecting mechanism comprising a first J-shaped member disposed substantially along the outer edge of the panel member and a second J-shaped member disposed substantially along an outer edge of the support member; the first J-shaped member and the second J-shaped member slidingly engageable to one another to secure the panel member to the support assembly in a substantially perpendicular alignment thereto.
19. The thermal management device of claim 10 , further comprising one or both of an array of solar panels at least partially disposed above the panel member or an array of radiative cooling panels at least partially disposed above the panel member; the panel member further comprising an array of phase change material boards disposed within a structural frame; the structural frame disposed on the support assembly.
20. A thermal management device comprising:
a panel member configured to at least partially extend over an area to be thermally managed, the panel member comprising:
a phase change material being operable to at least partially lower the temperature of the area below it by the absorption of heat energy,
a metal layer disposed below the phase change material,
an insulation layer disposed above the phase change material,
a heat exchanger comprising a metal piping system operatively disposed within the insulation layer; the heat exchanger configured such that a separate working fluid comprising a gaseous or liquid substance may flow through it and absorb and remove heat energy from the area to be thermally managed,
a bracket being configured to enclose the phase change material, the metal layer and the insulation layer, and
a lid disposed above the bracket and configured to attach the panel member to a ceiling, and
the phase change material being operable to recharge and release latent heat at least via one of the following methods:
a heat exchanger where a separate working fluid flows through the panel member to absorb and remove heat energy, and
radiation exchange to the exterior during nighttime.