About How to remove the aluminum shell of the energy storage battery box
Leave the wires attached to the battery box for about 30–60 seconds. If you detect a burning smell after connection, most likely the aluminum foil plates are in contact. Disconnect the battery box immediately and stop the experiment.
Leave the wires attached to the battery box for about 30–60 seconds. If you detect a burning smell after connection, most likely the aluminum foil plates are in contact. Disconnect the battery box immediately and stop the experiment.
This paper uses the finite element model analysis method of the whole vehicle to verify the mechanical properties of the foamed aluminum material through experiments, and optimizes the design of the weak links in the structure of the power battery pack box, which effectively reduces the maximum deformation of the battery pack box and the .
The battery enclosure has a critical role in crash energy management, both in terms of preventing intrusion into the battery cells as well as absorbing energy to protect the passengers. A dual-frame prototype illustrated by Constellium employs two different advanced extruded alloys.
Aluminum is a great thermal conductor, allowing for much better passive cooling of the battery pack through its outer shell. My second choice would be stainless steel, and then mild carbon steel. Structurally it may also make sense to have a combination of rigid members for bolting and sheet metal for the actual shell of the pack.
My hope is that someone has some advice for removing the plastic battery boxes and sealing up the drain holes without having to remove the doors and frames. One idea I have is to cut off the boxes about 3" from the doors.
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