Accent producer Gomi is launching a restricted version Bluetooth speaker powered by batteries from old Lime e-bikes. In its announcement of the partnership, Lime says Gomi will use 50,000 battery cells from over 1,000 old e-bikes. The result’s a Bluetooth speaker priced beginning at £99 (round $138) that has 20 hours of battery life and shall be obtainable for 30 days as a part of a Kickstarter launching later today.
It’s an attention-grabbing initiative that Lime hopes will additional lower the environmental affect of its shareable e-bikes, which are touted as a means of lowering reliance on vehicles for brief journeys. Up to now, different shared micromobility choices like e-scooters have been criticized for his or her quick lifespans, with one 2019 report estimating their common lifespan at round 4 months.
The speakers proven off in entrance of Lime’s fleet of e-bikes.Picture: Lime / Gomi
Though Lime says the speakers use “broken” e-bike battery cells from its early-generation e-bikes, they’ve been cleaned and “rigorously examined” earlier than getting used within the speakers. The casing of the Gomi speakers can be made utilizing 100% recycled plastic waste. Obtainable in inexperienced, black, blue, and “birthday cake,” the speakers are coated by what Gomi calls a “repairs-for-life return service” which it says will “guarantee they by no means should be thrown away unnecessarily.”
E-bike batteries, like all rechargeables, have a restricted variety of cost cycles. VanMoof, for instance, says the built-in batteries utilized in its S3 and X3 e-bikes are rated for over 800 charge cycles before falling below 70 percent (and eligible for substitute). As e-bike gross sales explode globally, it could definitely be higher to repurpose these old diminished batteries as an alternative of including to the rising challenge of e-waste.
Related efforts are underway to seek out makes use of for old electrical automotive batteries, GreenTechMedia reports. Corporations like Nissan and Mercedes-Benz Energy have introduced pilots to show old automotive batteries into huge vitality storage techniques to assist with fluctuations in energy on the grid.