KETEP 세계에너지시장정보

1. A system for managing thermal runaway in a battery, comprising: (a) at least one battery module comprising an enclosure housing at least one energy cell, the enclosure being fluidly sealed apart from a vent port configured to discharge thermal runaway gas vented from the at least one energy cell; (b) a rack assembly comprising a manifold and a frame with at least one shelf for mounting the at least one battery module; (c) a cooling air pathway in thermal communication with the at least one energy cell, the cooling air pathway extending between the frame and at least one outer surface of the at least one battery module when the at least one battery module is mounted on the shelf and docked with the rack assembly; (d) a thermal runaway gas pathway in gaseous communication with the at least one energy cell, wherein the manifold has a thermal runaway gas channel with a thermal runaway gas inlet in gaseous communication with the vent port such that the thermal runaway gas pathway extends from the vent port, through the thermal runaway gas inlet and into the thermal runaway gas channel; and (e) a separator that physically separates the cooling air pathway and the thermal runaway gas pathway such that cooling air flowing along the cooling air pathway does not substantially mix with thermal runaway gas venting from the at least one energy cell and flowing along the thermal runaway gas pathway.