Ionobell is turning to recycled silicon to boost EV range

Image credits to TechCrunch Image credits to TechCrunch

In the ever-evolving landscape of electric vehicle (EV) technology, the pursuit of superior battery capacity is introducing silicon into the spotlight. Famed for its potential to significantly upgrade battery life by at least 20%, silicon is not without its challenges. Its impeccable ability to store lithium ions is hampered by its propensity to swell, threatening the anode’s integrity with extensive use. This limitation has traditionally deterred manufacturers from relying heavily on silicon, typically incorporating it in modest amounts.

Within this innovative race, Ionobell, a seed-stage startup, emerges with an ambitious claim to lead with a cost-effective silicon solution. Its unique approach, as revealed through company patents, involves utilizing a porous silicon structure—a departure from the commonly used graphite—and enhancing it with a protective coating. This strategic design is said to mitigate the drawbacks of swelling. Moreover, Ionobell sources its silicon from waste materials, further enhancing its appeal through cost efficiency.

Ionobell's journey, recounted by co-founder and CEO Robert Neivert, underscores the startup's resilience and adaptability. Initially skeptical, Neivert's venture into Ionobell’s helm followed a rigorous process of problem-solving and technological refinement, aiming to align with the manufacturing standards of the automotive industry. The company's recent seed extension round, led by Dynamo Ventures and Trucks VC, marks a crucial step towards realizing its vision amidst a challenging financial climate for deep-tech firms.

The competition is fierce, with Silicon Valley giants Sila and Group14 nearing commercialization of their silicon-rich anodes. Despite lagging behind in this high-stakes race, Ionobell’s promise of affordability could potentially disrupt the market. As we edge closer to a new epoch in lithium-ion innovation, the journey of silicon from a problematic component to a cornerstone of EV battery enhancement is a testament to the relentless pursuit of progress in the electric vehicle domain.

I encourage our readers, whether entrepreneurs or investors, to delve into the details of this promising innovation. The quest for a longer-lasting EV battery is not just a tale of technological triumph but a pivotal move towards sustainable transportation. Let’s keep an eye on how Ionobell’s unique approach reshapes the future of electric vehicles.

This post has originally been written by TechCrunch on Tue, Mar 26, 24. Find the original post here at TechCrunch
Connie Harrell

Working with investors and entrepreneurs to gain the best ROI possible.

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