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vja010play
11-04 12:52
Model Name
battery holder 3d model
Tags
3d printing
3d printing realistic
batteries
battery holder
props
props 3d printing
props 3d printing realistic
props realistic
realistic
Prompt
Generate a simple and printable battery holder for 30 cylindrical 18650 lithium-ion cells in a 3S10P configuration (3 in series × 10 in parallel). 🔋 Electrical configuration: 3 cells in series → each series group provides ≈12 V (3 × 3.7 V). 10 groups in parallel → total capacity ≈15 Ah (10 × 1.5 Ah). Design layout accordingly, with clear indication or spacing between the 3 series rows. 🧱 Mechanical design requirements: Very simple flat base to support and align all 30 batteries. Each cell slot diameter: 18.6 mm, depth: 3 mm (just enough to prevent rolling). Three long rows (each row = 10 batteries side-by-side). Add small 1 mm spacing between cells. Optionally label the rows as S1, S2, S3 to indicate the 3 series connections. Add minimal side lips or shallow walls (~2 mm height) just to keep cells aligned. No covers, no supports, no screws, no handles. Flat bottom for stable printing and easy use with zip ties or tape. Include small alignment holes or slots for nickel strips to connect parallel and series links. 📏 Overall size: approximately 190 mm (L) × 65 mm (W) × 8 mm (H). 🧰 Material & print: Designed for PLA/ABS 3D printing. Use 0.2 mm layer height, 15–20% infill, no supports required. ⚙️ Output: STL or STEP format. 🎯 The final model should be clean, minimalistic, and focused only on battery alignment, not an enclosure.
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