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In the first segment, we delve into the phenomenon of 热失控 - a critical safety concern for batteries. You’ll gain insights into the various triggers of 热失控, including manufacturing impurities, temperature spikes, excessive usage, overcharging, and physical damage such as punctures.

We also discuss the severe safety implications, such as the emission of large quantities of flammable gases during a 热失控 event, posing significant risks to the public. Additionally, we cover the 监管环境和安全标准 designed to mitigate these dangers, offering a complete understanding of why 热失控 is a paramount concern in the EV industry.

The second segment introduces our 热失控传感器, an innovative solution designed to detect the onset of 热失控 before it occurs. This groundbreaking sensor identifies 电化学变化 in the battery as early indicators of potential failure.

Unlike traditional detection methods, our sensor is highly reliable - providing accurate alerts without false positives and remaining unaffected by atmospheric conditions. We highlight its 鲁棒性、耐用性、 and critical role in enabling the 电池管理系统（BMS） to take preemptive action, ensuring public safety and preventing hazardous situations.