Insulated storage and transportation containers
A storage container that includes walls having complimentary-shaped edges with complex edge profiles. The complex edge profiles of adjoining walls mate with each other to form an interface that defines a thermal leak path between a storage area of the container and an exterior environment. The thermal leak path has a length that is greater than the thickness of the adjoined walls. In one example, the complex edge profile includes step-shaped features. The walls may also include one or more overlapping super-insulating panels. The panels may be joined to one another with adhesive layers. The super-insulating panels may be also be disposed in a wall including interior and exterior linings that are joined and sealed to define a space between the linings. The space may be evacuated and optionally filled with a super-insulating gas.
1. A storage container, comprising: a plurality of walls arranged to at least partially define an enclosed storage space, each one of the walls including a first super-insulating panel having a first perimeter and a second super-insulating panel having a second perimeter that is larger than the first perimeter, wherein the first and second panels overlap with the first perimeter lying entirely within the second perimeter to thereby provide each wall with an at least double super-insulation thickness and a complex edge profile extending around the entire periphery of the wall, such that the complex edge profile of each wall joins the complex edge profile of at least one of the other walls of the plurality of walls, the storage container further comprising an adhesive layer located where at least some of the complex edge profiles join one another, wherein the adhesive layer is an insulating material having a thermal conductivity of 0.1 W/m-K or less.
2. A storage container, comprising: a plurality of walls arranged to at least partially define a storage space, wherein at least one of the walls includes two or more overlapping super-insulating panels, each of the super-insulating panels being an aerogel panel or a microporous panel having a thermal conductivity less than 0.02 W/m-K at atmospheric pressure, and an adhesive layer disposed between at least two of the super-insulating panels, wherein the adhesive layer is an insulating material having a thermal conductivity of 0.1 W/m-K or less.
3. A storage container, comprising: a plurality of walls arranged to at least partially define an enclosed storage space, each one of the walls including a first super-insulating panel having a first perimeter and a second super-insulating panel having a second perimeter that is larger than the first perimeter, wherein the first and second panels overlap with the first perimeter lying entirely within the second perimeter to thereby provide each wall with an at least double super-insulation thickness and a complex edge profile extending around the entire periphery of the wall, such that the complex edge profile of each wall joins the complex edge profile of at least one of the other walls of the plurality of walls, wherein each super-insulating panel is encapsulated in an insulating material that is not a super-insulating material, the insulating material having a thermal conductivity between 0.02 and 0.1 W/m-K, wherein each super-insulating panel has one or more apertures defined through the panel, the insulating material extending into the one or more apertures.
4. A storage container, comprising: a plurality of walls arranged to at least partially define a storage space, wherein at least one of the walls includes two or more overlapping super-insulating panels, each of the super-insulating panels being an aerogel panel or a microporous panel having a thermal conductivity less than 0.02 W/m-K at atmospheric pressure, and an adhesive layer disposed between at least two of the super-insulating panels, wherein each super-insulating panel is encapsulated in an insulating material that is not a super-insulating material, the insulating material having a thermal conductivity between 0.02 and 0.1 W/m-K, wherein each super-insulating panel has one or more apertures defined through the panel, the insulating material extending into the one or more apertures.