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Scientists at Lawrence Berkeley National Laboratory (Berkeley Lab) have developed a revolutionary conductive polymer coating that holds immense potential for longer-lasting and more powerful batteries. Here's what this breakthrough offers: - Dual conductivity: The coating, called HOS-PFM, conducts both electrons and ions, promoting battery stability and faster charging/discharging. - Extended lifespan: HOS-PFM has the potential to increase battery life by 50%, extending it from an average of 10 years to 15 years. - Enhanced performance: This innovative coating significantly reduces electrode degradation, enabling batteries to deliver high capacity for over 300 cycles, matching the performance of current top-tier electrodes. - Cost-effective EVs: By allowing for electrodes with a higher silicon content (up to 80%), HOS-PFM could increase battery energy density by 30%, making EVs more affordable and easier to manufacture. This development signifies a significant leap towards Sustainable transportation and Increased EV adoption. Stay tuned with Irasus as we continue to explore the evolving landscape of battery technology and its impact on the future of electric vehicles. Read more: https://lnkd.in/d6KRr_33 #electricalvehicles #electriccars #battery #batterytechnology #batterystorage #energyefficiency #energystorage #cleantech #startups

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