Kevinou25

liste d'achats.pdf

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<h3>💡 Conseils d&#39;impression :</h3><ul><li><strong>Matériau :</strong> Je recommande le <strong>PETG</strong> ou l&#39;<strong>ASA</strong> pour une meilleure résistance à la chaleur et aux chocs.</li><li><strong>Remplissage :</strong> 15-20% pour un bon compromis poids/solidité.</li></ul><blockquote><p><strong>Note :</strong> Ce projet demande des connaissances en électricité et l&#39;utilisation d&#39;un <strong>BMS</strong> (Battery Management System) pour la sécurité. Ne manipulez pas de cellules lithium sans protection adaptée !</p></blockquote>

<h3>💡 Printing Tips :</h3><ul><li><strong>Material :</strong> I recommend <strong>PETG</strong> or <strong>ASA</strong> for better heat and impact resistance.</li><li><strong>Infill :</strong> 15-20% for a good weight/strength compromise.</li></ul><blockquote><p><strong>Note :</strong> This project requires knowledge of electricity and the use of a <strong>BMS</strong> (Battery Management System) for safety. Do not handle lithium cells without proper protection!</p></blockquote>

0.2mm layer, 2 walls, 15% infill

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<h3>🔋 Boîtier de Batterie 18650 Haute Capacité (Modulaire)</h3><h3>Un design de châssis robuste pour assembler vos propres packs batteries Lithium-Ion. Parfait pour le solaire, l&#39;outdoor ou les stations d&#39;énergie DIY.</h3><h4>🛠️ Caractéristiques du Design :</h4><ul><li><h4><strong>Compatibilité :</strong> Conçu pour des cellules <strong>18650</strong> (ici configurées en 3S20P, mais adaptable).</h4></li><li><h4><strong>Assemblage  :</strong> Fermeture sécurisée par <strong>inserts M3</strong> et <strong>vis M3x20</strong> pour une durabilité maximale</h4></li><li><h4><strong>Câblage :</strong> Passages optimisés pour du gros câble silicone (jusqu&#39;à <strong>2.5mm²</strong>).</h4></li><li><h4><strong>Robustesse :</strong> Structure rigide qui maintient parfaitement l&#39;alignement des cellules pour la soudure par points.</h4></li></ul><h4>💡 Conseils de réalisation :</h4><ul><li><h4><strong>Matériau :</strong> PETG, ABS ou ASA recommandé (pour la résistance thermique).</h4></li><li><h4><strong>Sécurité :</strong> L&#39;installation d&#39;un <strong>BMS</strong> est obligatoire pour la gestion de charge/décharge.</h4></li><li><h4><strong>Finition :</strong> Prévoyez un fer à souder pour l&#39;insertion à chaud des inserts M3.</h4></li></ul><blockquote><h4><strong>Note :</strong> Ce projet est une base mécanique. La capacité finale (Ah) dépendra de la qualité des cellules que vous choisirez d&#39;installer !</h4></blockquote><h3>liste du matériels oublier dans la liste d&#39;achats : </h3><ol><li><h3><strong>8 x Inserts M3</strong> </h3></li><li><h3><strong>8 x Vis M3x20</strong></h3></li><li><h3><strong>Ruban de nickel</strong> (pour les connexions)</h3></li></ol>

<h3>🔋 High Capacity 18650 Battery Case (Modular)</h3><h3>A robust chassis design for assembling your own Lithium-Ion battery packs. Perfect for solar, outdoor or DIY power stations.</h3><h4>🛠️ Design Features:</h4><ul><li><h4><strong>Compatibility :</strong> Designed for <strong>18650</strong> cells (here configured in 3S20P, but adaptable).</h4></li><li><h4><strong>Assembly :</strong> Secure closure with <strong>M3 inserts</strong> and <strong>M3x20 screws</strong> for maximum durability</h4></li><li><h4><strong>Wiring :</strong> Optimized passages for thick silicone cable (up to <strong>2.5mm²</strong>).</h4></li><li><h4><strong>Robustness :</strong> Rigid structure that perfectly maintains cell alignment for spot welding.</h4></li></ul><h4>💡 Implementation Tips :</h4><ul><li><h4><strong>Material :</strong> PETG, ABS or ASA recommended (for thermal resistance).</h4></li><li><h4><strong>Safety :</strong> The installation of a <strong>BMS</strong> is mandatory for charge/discharge management.</h4></li><li><h4><strong>Finishing :</strong> Prepare a soldering iron for hot insertion of M3 inserts.</h4></li></ul><blockquote><h4><strong>Note :</strong> This project is a mechanical base. The final capacity (Ah) will depend on the quality of the cells you choose to install!</h4></blockquote><h3>list of forgotten materials in the shopping list : </h3><ol><li><h3><strong>8 x M3 Inserts</strong> </h3></li><li><h3><strong>8 x M3x20 Screws</strong></h3></li><li><h3><strong>Nickel strip</strong> (for connections)</h3></li></ol>

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Description

🔋 High Capacity 18650 Battery Case (Modular)

A robust chassis design for assembling your own Lithium-Ion battery packs. Perfect for solar, outdoor or DIY power stations.

🛠️ Design Features:

Compatibility : Designed for 18650 cells (here configured in 3S20P, but adaptable).

Assembly : Secure closure with M3 inserts and M3x20 screws for maximum durability

Wiring : Optimized passages for thick silicone cable (up to 2.5mm²).

Robustness : Rigid structure that perfectly maintains cell alignment for spot welding.

💡 Implementation Tips :

Material : PETG, ABS or ASA recommended (for thermal resistance).

Safety : The installation of a BMS is mandatory for charge/discharge management.

Finishing : Prepare a soldering iron for hot insertion of M3 inserts.

Note : This project is a mechanical base. The final capacity (Ah) will depend on the quality of the cells you choose to install!

list of forgotten materials in the shopping list :

8 x M3 Inserts

8 x M3x20 Screws

Nickel strip (for connections)

Documentation (1)

Comment & Rating (1)

License

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