Facade Panel Conditioning System

1 . A facade panel conditioning system for installation on a building, comprising:

a plurality of modular panels configured to modularly attach to one another on a structure of a building to form an insulated shell that encloses an interior of the building, each of the plurality of modular panels including insulation, a window assembly, an anchor fixedly attaching the respective modular panel to the building structure when the plurality of modular panels are attached to the building structure to form an air cavity between the modular panel and the interior of the building, and hydronic piping disposed within the air cavity to transfer heat to the air cavity, wherein:

at least one of the plurality of modular panels comprises a hydronic box including a recessed enclosure including a hydronic coil and an air supply diffuser; and

the hydronic piping configured to connect to the hydronic piping of an adjacent modular panel of the plurality of modular panels when the plurality of modular panels are attached to the building structure to form a hydronic piping system that distributes heat throughout the insulated shell.

2 . The facade panel conditioning system of claim 1 , further comprising an air cavity isolation baffle configured to separate the air cavity of a modular panel of the plurality of modular panels from the air cavity of an adjacent modular panel of the plurality of modular panels, the air cavity isolation baffle extending continuously across the width of the modular panel and protruding outwardly with respect to the modular panel, the air cavity isolation baffle configures to separate the air cavity of a modular panel of the plurality of modular panels from the air cavity of an adjacent modular panel of the plurality of modular panels when the plurality of modular panels are attached to the building structure, the air cavity isolation baffle configures to prevent the migration of air, fire, and smoke horizontally or vertically in between adjacent modular panels.

3 . The facade panel conditioning system of claim 1 , further comprising a sealant configured to seal the plurality of modular panels to one another when attached to the building structure to create an airtight and watertight seal between an interior of the plurality of modular panels and an exterior of the plurality of modular panels.

4 . The facade panel conditioning system of claim 1 , wherein the hydronic piping comprises a supply riser, a return riser, and air cavity supply piping, the supply riser and return riser configured to distribute heat throughout the insulated shell and the air cavity supply piping configured to transfer heat to the air cavity.

5 . The facade panel conditioning system of claim 4 , wherein:

each of the plurality of modular panels comprises an interior surface, an exterior surface, a first side and a second side separated by the window assembly, and an upper end and a lower end separated by the window assembly;

the air cavity comprises a first side and a second side separated by the window assembly, and an upper end and a lower end separated by the window assembly;

the supply riser and the return riser are positioned within the first side of the air cavity adjacent to the first side of the plurality of modular panels; and

wherein the supply riser and the return riser extend parallel relative to each other within the air cavity.

6 . The facade panel conditioning system of claim 5 , wherein:

the window assembly is disposed centrally along a longitudinal axis of the plurality of modular panels; and

the air cavity supply piping is positioned within the lower end of the air cavity adjacent to the lower end of the plurality of modular panels.

7 . The facade panel conditioning system of claim 6 , wherein:

the air cavity supply piping is coplanar with the supply riser and the return riser; and

the air cavity supply piping extends outwardly from the supply riser into a first area of the lower end of the air cavity, through the lower end of the air cavity, and back to the return riser from a second area of the lower end of the air cavity.

8 . The facade panel conditioning system of claim 7 , wherein the air cavity supply piping is attached to the interior surface of the plurality of modular panels.

9 . The facade panel conditioning system of claim 4 , wherein the air cavity supply piping extends from the supply riser into the hydronic box and then out of the hydronic box to the air cavity.

10 . The facade panel conditioning system of claim 9 , wherein:

the hydronic box further comprises an air supply booster fan and a return air separation baffle; and

the hydronic box protrudes outwardly from the window assembly.

11 . The facade panel conditioning system of claim 1 , wherein the window assembly comprises a window with two or more panes to increase an R-value of the window assembly of each of the plurality of modular panels.

12 . The facade panel conditioning system of claim 4 , wherein the air cavity supply piping comprises a finned surface configured to allow for additional heat transfer to the air cavity.

13 . The facade panel conditioning system of claim 1 , wherein the anchor comprises an anchor disposed on the upper end of the plurality of modular panels, the anchor extending outwardly relative to the plurality of modular panels.

14 . The facade panel conditioning system of claim 5 , wherein each of the lower ends of the plurality of modular panels define an interior volume comprising the insulation.

15 . The facade panel conditioning system of claim 14 , wherein the insulation comprises an R-value of at least 10 ft 2 ·° F.·h/BTU.

16 . The facade panel conditioning system of claim 4 , wherein the air cavity formed between the modular panel and the interior of the building is 6 to 12 inches.

17 . A method for installing a facade panel conditioning system on a building, comprising:

anchoring a plurality of modular facade panels including a window assembly, hydronic piping, and air ventilation duct to the structure of a building to connect the plurality of modular faced panels to the structure of the building such that each of the plurality of facade panels corresponds to an area of the building and an air cavity is formed between the modular panel and the interior of the building;

sealing adjacent anchored modular facade panels of the plurality of modular panels to create an insulated shell around the building;

connecting the hydronic piping of adjacent anchored modular facade panels to form a hydronic piping system that distributes heat throughout insulated shell; and

connecting the hydronic piping system to a hydronic heat source to operate the hydronic piping system.

18 . The method of claim 17 , wherein each of the plurality of modular facade panels are anchored to the structure of the building such that the window assembly of a modular panel of the plurality of facade panels forms a window for the area of the building to which the modular panel was anchored.