Abstract: A test chamber system includes a test chamber, the test chamber having a test space for receiving a test object, in particular a battery, and a pressure relief device. The test space serving to subject the test object to a test, in particular an abuse test, as a result of which a preferably explosive increase in pressure is triggered in the test space, the pressure relief device being configured to relieve the increased pressure in the test space. The test chamber system includes a conditioning unit for conditioning air, the conditioning unit being connected to the test chamber in such a manner that the conditioning unit is able to air-condition the test chamber.

Abstract: The invention relates to a closure cover over at least one battery cell of an industrial battery, in particular of a drive battery, having two pole openings for passing the battery poles through and having an electrical load in or on the closure cover, wherein an electrical line is arranged on, under or in the closure cover between a first pole opening of one polarity and the electrical load and between a second pole opening of the other polarity and the electrical load in each case, the said electrical lines electrically connecting the poles of the battery cell to the electrical load in order to supply electrical energy to the electrical load, wherein the electrical lines have, as electrical conductors, an electrically conductive plastic.

Abstract: A battery cap of a battery has a cap body adapted to cover the battery and formed with a gas-discharge port for gas generated in the battery. The body is formed with a gas-discharge passage opening laterally into the gas-discharge port, a gas-vent plug having an inner side exposed to gases in the battery and formed with a passage have an inner end at the inner side and an outer end either opening laterally outwardly into the gas-discharge passage in a predetermined angular position of the plug or opening outwardly into the exterior.