Batteries 3D Models

Find the best Batteries 3D Models, free download in STL, FBX, GLB, OBJ, 3MF, USDZ for 3D modeling and creation in Blender, 3D printing, game developing, animation, eCommerce, AR/VR and etc. Generated by Tripo AI 3D Generator.

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Anonymous1761985591

Anonymous1762725374

Transform this flat 2D illustration into a detailed, three-dimensional model

Anonymous1763728156

Create a precise 3D model of a 4-slot AA battery HOLDER ONLY, with no batteries included in the model.
Functional FDM-printable design.
Rectangular outer body with flat bottom, 2.8 mm thick walls.
Inside, create 4 semi-cylindrical channels sized for AA cells (Ø14.5 mm, 50 mm length), aligned in a straight row.
Channels separated by 2 mm vertical walls.
Each cavity has a 10 mm wide, 1 mm deep circular recess centered on the floor.
Top is fully open with straight walls; no overhangs.
Add a 3 mm tall structural rim around all outer edges.
Top surface features a shallow 1 mm deep honeycomb engraving.
Model must be watertight, manifold, smooth, and STL-ready.

Anonymous1755604283

Anonymous1762488330

Anonymous1753234826

Travel case for four Mavic Mini 4 batteries

Anonymous1762493499

Anonymous1762392365

Anonymous1762361470

Create a 3D model of a hexagonal cylinder battery case designed to hold three 18650 lithium batteries.

Specifications:

Shape: Hexagonal cylinder

Height: 10 cm

Diameter (flat-to-flat distance): 4.2 cm

Internal space designed to fit 3 × 18650 cells snugly inside.

Material: Plastic enclosure (ABS or PLA), suitable for 3D printing.

Features:

On the top edge (1 cm from the top surface), include a female DC power jack (adapter port) centered on one side — for connecting to a light baton.

On the bottom edge, on the back face, include a USB Type-C port for charging (power bank input).

Internal cable routing channels for connecting batteries in series or parallel.

Optional top and bottom caps (removable or screw-fit).

Goal: The design should look clean, compact, and manufacturable for a handheld light baton battery module.

Anonymous1762351656

I wanted to make a hexagonal cylinder that I could use as a power bank to hold 3 18650 lithium batteries.

Anonymous1762351656

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

Anonymous1762259554

가로 총 길이 10cm, 원통 지름은 5cm, 높이는 15 cm 정도 되는 원통형 2차전지 적층 구조를 출력해야해.

Anonymous1762155116

一个写实风格的圆柱形锂离子电池模型，清晰地展示正极、负极、隔膜和电解液结构，白色背景

Anonymous1761663998

Anonymous1758185216

Anonymous1759943037