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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Anonymous1776704059

I want to have a safety cabinet for storing Li-Ion Batteries it should have a a grey appearance. Important: Do not add doors! It should be like the doors are dissambled.

Anonymous1775043055

Anonymous1776418700

Design a 3D printable battery holder shaped like a miniature beer crate, holding 6x 18650 lithium-ion cells in a 2x3 grid. Each slot fits standard 18650 batteries (18mm diameter, 65mm length). The outer footprint (width and length) must match AA and AAA versions for modular stacking compatibility. Only height changes to fit 18650 length plus clearance. The structure includes reinforced thick walls, internal cylindrical holders, ventilation gaps, and side handle cutouts resembling a beverage crate. Open-top design, industrial functional style, solid manifold model suitable for FDM 3D printing.

Anonymous1768865186

Anonymous1774798416

Create a precise 3D printable model of a battery holder designed for three 18650 lithium-ion cells.

Configuration:
Arrange the batteries side-by-side in a horizontal layout (3 in a row).

Dimensions:
Each slot should fit standard 18650 batteries (18 mm diameter, 65 mm length).
Add 0.5 mm tolerance for easy insertion and removal.

Structure:
Include cylindrical slots with rounded edges for each battery.
Add spring contact space on one side and flat contact plate space on the other.
Provide small gaps between cells (2–3 mm) for heat dissipation.

Design Features:
Add side walls for stability and protection.
Include a flat base for stable 3D printing.
Add optional clip or snap-fit top cover to hold batteries securely.
Include wire routing channels for series connection (3S configuration).
Add small holes or slots for nickel strip or wiring access.

Print Optimization:
Ensure the model is watertight and manifold.
Avoid overhangs greater than 45 degrees.
Minimum wall thickness: 2.5–3 mm.
C

Anonymous1775913193

Anonymous1776278427

Anonymous1776160320

I need a housing for a circuit board. 98mm x 70mm x 1.5mm. It holds 3x triple a batteries that can fit in an ideal battery box section behind the main components. There are 4 click buttons;each of 3.5mm x 3.5mm with a click depth of about 4mm. I want this 4 buttons to be converted into a mechanism called an arcade stick. the Left and RIght are seperated by 24mm and the up and down by 14mm

Anonymous1775491576

Anonymous1769114997

Anonymous1769392208

gere um modelo 3D de estojo para armazenar 3 pilhas AAA e 2 pilhas AA, com tampa hermética. Organize as pilhas de forma a deixar o volume da peça o menor e mais otimizado possível.

Anonymous1775590909

Create a precise, clean, manufacturable 3D model based on the reference image.

Object: cylindrical battery holder for 4 AA batteries.

Style: functional industrial design, minimalistic, durable, slightly tactical.

Geometry requirements:
- Rectangular body with rounded edges and corners
- Four vertical cylindrical slots aligned side by side
- Open side walls with vertical structural supports (evenly spaced)
- Top section with four semicircular cutouts aligned with the battery slots
- Bottom closed base with proper thickness
- Uniform wall thickness suitable for 3D printing (minimum 2.5mm)
- Smooth fillets on all edges (no sharp corners)
- Symmetrical design across the center axis

Dimensions:
- Real-world scale for AA batteries (diameter ~14.5mm, length ~50.5mm)
- Add small tolerance (0.5mm clearance) for easy insertion/removal

Model requirements:
- Watertight mesh (manifold)
- No internal artifacts or floating geometry
- Optimized for FDM 3D printing (no unnecessary overhangs > 45°)
- Clean topology, low t

Anonymous1773520005

Anonymous1775556873

this is an red lithium ion battery of M18 2.0 AH

Anonymous1770189536

Room Dimensions:

6 meters × 2.5 meters (600 cm × 250 cm)

Equipment Installed:

UPS Units

Model: Germen BTR-60

Quantity: 2 units

Power: 60 kVA (54 kW), 3/3 Phases Online UPS

Dimensions (each): 50 cm (W) × 80 cm (D) × 121 cm (H)

Battery Type: External, not built-in

Battery Configuration: 60 × 12V / 80Ah batteries per UPS

Battery Voltage: +405VDC / -405VDC

Battery Cabinets

Quantity: 2 units (one per UPS)

Dimensions (each): 60 cm (W) × 80 cm (D) × 120 cm (H)

Type: External metal cabinet for battery installation

Room Arrangement (Top View Plan):

Two UPS units placed side by side on the left wall.

Two battery cabinets placed side by side on the right wall.

Central aisle: 80 cm wide for maintenance access.

Front clearance: 60 cm for ventilation and service space.

Total occupied area:
Approximately 3–4 m², leaving enough space for movement and airflow.

Anonymous1774625288

Anonymous1774537690

Anonymous1753546700