AI Data Centres' Battery Dilemma: when Mission-Critical Uptime Meets Thermal Runaway Risk

AI data centres' battery dilemma: when mission-critical uptime meets thermal runaway risk

Qingfeng Yuan, CTO of Ampace, explains how semi-solid state cell chemistry and high-frequency cycling validation are addressing the artificial intelligence infrastructure sector's zero-tolerance requirements for safety and reliability.

Hidden risks in AI data centers spark new battery safety research

As lithium-ion systems scale up globally, Waterloo researchers are investigating fire hazards and solutions to protect critical infrastructure.

Environmental News Network - Hidden Risks in AI Data Centres Spark New Battery Safety Research

As artificial intelligence (AI) drives a global surge in data centres in Canada and around the world, a less visible but increasingly urgent challenge is growing alongside it.

Hidden Risks in AI Data Centres Spark New Battery Safety Research

As artificial intelligence (AI) drives a global surge in data centres in Canada and around the world, a less visible but increasingly urgent challenge is growing alongside it.

University of Waterloo: Hidden risks in AI data centres spark new battery safety research

University of Waterloo: Hidden risks in AI data centres spark new battery safety research. “As artificial intelligence (AI) drives a global surge in data centres in Canada and around the world, a less visible but increasingly urgent challenge is growing alongside it. Researchers are beginning to investigate ways to manage the risks posed by the lithium-ion batteries that keep those facilities running.”