Quick Takeaways
  • Pure Lithium Advanced Anode Battery exceeds 9,315 cycles.
  • Performance could expand lithium metal battery applications.

On August 26, Chicago-based Pure Lithium Corporation, a vertically integrated lithium metal battery technology company, announced that its Advanced Anode battery, developed specifically to enable ultra-long cycling, has achieved more than 9,315 cycles. The cells remain in laboratory testing and continue to cycle, with the company reporting performance beyond that of any other lithium metal battery currently in development. The result represents a substantial increase in demonstrated cycling capability for lithium metal battery technology and highlights the company's focus on extending battery operating life.

Battery Cycling Performance Surpasses Commercial Requirements

The performance reported by Pure Lithium Corporation far exceeds current commercial lithium-ion battery cycling requirements across numerous applications. Commercial lithium-ion batteries typically provide between 250 and 2,000 cycles, placing the reported 9,315-plus-cycle achievement well above that range. According to Pure Lithium Corporation Founder, Chairman and CEO Emilie Bodoin, the cycling performance enables a broad range of applications that remain out of reach for competing lithium metal battery companies, including grid-scale energy storage, data centers and electric vehicles.

Frequently Asked Questions

What cycling milestone has Pure Lithium Corporation reported?
Pure Lithium Corporation reported that its Advanced Anode battery has achieved more than 9,315 cycles during laboratory testing, with the cells continuing to cycle. This performance is significantly above the typical 250-to-2,000-cycle range cited for current commercial lithium-ion batteries across numerous applications. The company says the result demonstrates ultra-long cycling capability for its lithium metal battery technology and could support applications including grid-scale energy storage, data centers and electric vehicles where extended battery life is important.

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