Articles
In a lithium-ion battery, the cathode and anode materials play a crucial role in the movement and storage of lithium ions during the charging and discharging cycles. Over time, certain regions of these electrodes may become more saturated with lithium ions than others, creating an uneven distribution akin to a partially filled bucket. This uneven distribution can result in reduced battery performance, capacity loss, and a shorter overall lifespan.
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Lithium-ion is a great upgrade for any scooter or e-bike, but brand new batteries are expensive. As long as you’re willing and comfortable, upgrading with our Second Life cells is a cost-effective way to a faster and longer-range ride.
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Higherwire handles thousands of batteries a day, the vast majority of them lithium. As a manufacturer of Second Life lithium batteries, we know the risk of battery fires and take every precaution to prevent and prepare for them. That includes mandatory safety training and PPE to protect our employees, fire extinguishers and sand-filled buckets at every station, ensuring batteries are stored away from flammable materials, and working with local fire officials to make sure our policies and procedures are safe. It’s also why we’re acquiring UL, R2 and ISO certifications. We want to make sure everything we do is as safe as it is sustainable.
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Higherwire has partnered with several electric mobility companies to create a circular process for their returned battery packs! Our main focus is to pair these with our solar energy storage systems, as usual. However, supply is such that we're also going to offer them as a budget-friendly solution for those looking to build custom packs.
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