Abstract: A method and system are provided for a fastening system comprising: an electrically conductive continuous unitary structure, such as an electrically conductive stud, overmolded into an enclosure, the electrically conductive stud extending from an interior of the enclosure to an exterior of the enclosure. The fastening system may act as a structural member transferring mechanical forces away from the battery enclosure, secure the battery enclosure to a mount, aid in sealing the battery enclosure, and act as an electrical grounding path for the battery through an enclosure formed of a non-electrically conductive composite material.

Abstract: Systems for preventing leakage of coolant in an electric motor cooling system. In one example, a sealing ring configured with a stator seal may be integrated as part of a sealing assembly of a cooling system. The sealing ring includes a flange, a plurality of channels that is positioned radially on the sealing ring, a plurality of notches, a plurality of surface grooves, an elevated region that are configured with anchors that retain the seal, a depressed region wherein a plurality of retention posts is positioned therein, a peripheral groove positioned on a peripheral edge of the sealing ring and spaced between two sides of the sealing ring, and wherein the seal is integrated with an inner edge of the sealing ring and extends from the inner diameter to the elevated region of the sealing ring.

Abstract: A method and system are provided for a fastening system comprising: an electrically conductive continuous unitary structure, such as an electrically conductive stud, overmolded into an enclosure, the electrically conductive stud extending from an interior of the enclosure to an exterior of the enclosure. The fastening system may act as a structural member transferring mechanical forces away from the battery enclosure, secure the battery enclosure to a mount, aid in sealing the battery enclosure, and act as an electrical grounding path for the battery through an enclosure formed of a non-electrically conductive composite material.

Abstract: Systems are provided for a fluid distribution system of for reconfigurable thermal management. In one example, a fluid distribution system comprises a fluid manifold that includes a plurality of sections with a plurality of inlet and outlet ports, and a pilot assembly including a plurality of manifold sections, a plurality of selectively couplable fluid chambers, and a plurality of solenoid-actuated pilot valve assemblies. The plurality of solenoid-actuated pilot valve assemblies control fluid flow through the plurality of selectively couplable fluid chambers by controlling pressure differential across a plurality of main diaphragms.

Abstract: A method and system are provided for a fastening system comprising: an electrically conductive continuous unitary structure, such as an electrically conductive stud, overmolded into an enclosure, the electrically conductive stud extending from an interior of the enclosure to an exterior of the enclosure. The fastening system may act as a structural member transferring mechanical forces away from the battery enclosure, secure the battery enclosure to a mount, aid in sealing the battery enclosure, and act as an electrical grounding path for the battery through an enclosure formed of a non-electrically conductive composite material.