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SIG Energy Technology Innovates with Recycled Material Spacers for Enhanced Battery Module Performance
SIG Energy Technology Innovates with Spacers Made from Recycled Materials
At SIG Energy Technology, innovation and sustainability are at the heart of our developments. With this in mind, we have designed spacers manufactured in France from recycled materials, engineered to be integrated into our module assembly systems.
These spacers are a key element in optimizing module safety, performance, and maintenance:
Ease of Assembly: By fitting between the cells, the spacer ensures a stable and uniform securement, reducing the risk of internal movement.
Lifespan Optimization: The spacer maintains uniform compression across all cells, preventing them from swelling over successive cycles. By stabilizing this mechanical pressure, it preserves component integrity and extends the longevity of the module.
Easy Maintenance and Replacement: In the event of a defective cell, the spacer can be removed, allowing for the quick and safe replacement of the cell without fully dismantling the module.
This innovation illustrates our responsible approach, combining technical performance, safety, and environmental respect. Local production and the use of recycled materials reinforce our commitment to sustainable solutions and short supply chains.
By integrating these spacers, our modules benefit from better mechanical stress management while making cell upkeep and replacement significantly easier.