3D preview of Immersion Cooling Battery Enclosure
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Interactive 3D model of Immersion Cooling Battery Enclosure

Enclosures and housings

Immersion Cooling Battery Enclosure

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Bounding box
602.0 × 402.0 × 166.0 mm
Engine
Precision B-rep
Parameters
21
Published
September 10, 2026

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The prompt

Design a sealed high-pressure dielectric immersion cooling enclosure for cylindrical battery cells. Internal cavity dimensions: 540mm length, 360mm width, 160mm height with 6mm wall thickness. Inside the cavity, place an array of cuboid battery cells in a 5 by 7 grid pattern. spaced with a uniform between adjacent cell walls . Include a 15mm perimeter flange at the top opening with 16 M6 clearance bolt holes and a 2mm O-ring seal groove. Include two 1-inch NPT threaded port bosses on opposite ends for dielectric fluid entry and exit. add the array of battery which is cuboid i shape place an array of battery

Parameters

NameValueRange
Cavity Length540 mm150 – 1200
Cavity Width360 mm120 – 1000
Cavity Height160 mm60 – 500
Wall Thickness6 mm3 – 20
Flange Width15 mm8 – 40
Flange Thickness12 mm6 – 30
Bolt Hole Count16 holes4 – 32
Bolt Hole Dia (M6 clr)6.6 mm3 – 14
O-ring Groove Width3 mm1.5 – 8
O-ring Groove Depth2 mm1 – 6
Groove Inset From Wall2 mm1 – 6
Port Boss OD48 mm25 – 100
Port Boss Length25 mm10 – 60
Port Bore (1" NPT)29 mm15 – 60
Port Centre Height86 mm30 – 150
Cells Along Length7 cells2 – 12
Cells Along Width5 cells1 – 10
Cell Length (X)50 mm20 – 120
Cell Width (Y)50 mm20 – 120
Cell Height120 mm30 – 300
Gap Between Cells15 mm3 – 40

Every value above is a live dimension. Open a model like this in the editor and each one becomes a slider you can drag before exporting.