Battery Enclosure with Nested Layers

Recommended CAD/3D Generation Prompt Goal: Generate a 3D model (specifically aiming for an exportable format like STEP or STL) of a battery enclosure based on precise internal geometric constraints, incorporating specific layering materials. Style & Context: "Generate a high-fidelity, technical 3D model of an industrial battery enclosure suitable for CNC machining or 3D printing. The final output must be an exportable file format (e.g., STEP or STL). Focus on structural accuracy and precise internal feature definition." Overall Constraints (The Box): 1. External Dimensions: The final model's external bounding box must be 560mm×560mm560\text{mm} \times 560\text{mm}. 2. Frame Material: The primary structure of the frame must simulate a rigid outer shell made from 1.5"×1.5" aluminum extrusions\mathbf{1.5"\times 1.5"\text{ aluminum extrusions}}. Internal Component Placement (The Cell Array): 3. Cell Block Size: Define an internal block for the cell array with dimensions of 450mm(Length)×352mm(Width)450\text{mm} (\text{Length}) \times 352\text{mm} (\text{Width}). This is the exact size for the 10×1010 \times 10 cell arrangement. 4. Cell Dimensions: Assume the cells themselves have dimensions of 173mm(L)×45mm(W)\mathbf{173\text{mm} (\text{L}) \times 45\text{mm} (\text{W})}. Internal Layering and Buffers (Crucial for Realism): 5. Thermal Liner: The entire interior space of the aluminum frame must be lined with a solid layer of 0.5in\mathbf{0.5\text{in}} thick PVC board. 6. Cell Separation: Inside this PVC layer, accurately model the 10×1010 \times 10 cell array. Every cell and every row must be separated by a 3mm\mathbf{3\text{mm}} thick foam material. 7. Row Separation: Separate the two rows of cells with a 2mm\mathbf{2\text{mm}} thick epoxy board layer. Key Instruction for the AI: "Ensure the resulting geometry accurately reflects these nested layers and spatial relationships. The final model should clearly show the relationship between the aluminum frame, the PVC liner, the cell block, and the foam/epoxy spacers."

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