Structural insulated building panel system

A structural insulated building panel system assembled from individual structural composite panels having an insulating foam core sandwiched between an outside metal skin and an inside metal skin, the system defining a panel to panel connection comprising:

• a channel shaped projection integral with an outside panel skin on a first end of a panel,
• a U-shaped leg extending parallel from an inside skin on a first end of a panel having a joggle formed into the leg away from the inside skin, also a female recess integrally formed into the inside skin,
• an outwardly protruding U-shaped leg extending parallel from an opposite outside skin on a second end of a panel having a joggle formed into the leg away from an outside skin, also a female recess integrally formed in the same panel skin such that when a panel first end and a panel second end are joined together, the projection interfaces with the recess to form a slip fit structural joint and the U-shaped joggled leg provides a space between the leg and the projection, and
• an inwardly extending channel shaped projection integral with an inside panel skin on a second end of a panel such that when a panel first end and an adjacent panel second end are joined together, the projection interfaces with the recess to form a slip fit structural joint and the U-shaped joggled leg providing a space between the leg and the projection, further making a panel first end a direct opposite mirror image of a panel second end, causing each panel to be unidirectional inside and outside.

A structural insulated building panel system assembled from individual structural composite panels having an insulating foam core sandwiched between an outside metal skin and an inside metal skin, the system comprising:

• a panel to panel connection having,
• opposing male and female joining means integral with each mating panel,
• a panel to floor connection having,
• a Z-shaped section having horizontal legs and an anchor member attached on a lower horizontal leg of the Z-section with an inner surface of the Z-section positioned contiguous with an upper protruding end of a concrete floor and the anchor member attachably positioned within the floor,
• structural composite panels joined on a bottom and lower side to the Z-section with attaching means,
• a panel to roof connection having,
• a wireway trough having an integral horizontal leg disposed on an inside upper surface of joined panels,
• a thermobreak strip disposed contiguously with a top surface of the wireway trough integral horizontal leg to reduce thermal feedthrough,
• a roof mounting shelf abutting the thermobreak strip over joined panels providing a mounting platform to receive roof panels, the shelf having a downwardly extending finger aligned with the trough, the combination providing a structural panel to roof connection, also an integral wireway for retaining, electrical and electronic wires and cables, and a panel to roof ridge connection having,
• a pair of opposed wireway troughs, one on each side of a plurality of joined panels, each wireway trough having an integral horizontal leg contiguously mounted on each other on a panel top surface,
• an inside formed roof connector, angled on each end appropriately to conform to a specific roof pitch, juxtapositioned and fastened to a wireway trough forming a mounting surface for roof panels,
• an outside formed roof connector, angled on each end appropriately to conform to a specific roof pitch juxtapositioned and fastened on an outside surface of a plurality of joined roof panels creating a closure between panels and forming a roof apex.