This invention discloses a
public environment safety and emergency avoidance
system, relating to the field of
fire safety technology, comprising the following steps: S1, hardware deployment; S2, information pre-configuration; S3, real-
time data acquisition and monitoring; S4,
scenario-based emergency handling; S5, personnel identification; S6, dual-
route guided rescue. This
public environment safety and emergency avoidance
system, through high-frequency real-time acquisition and threshold comparison of electrical circuit current,
voltage, temperature, and other data using digital circuit breakers, can achieve rapid and accurate identification of electrical anomalies. Combined with automatic power-off and physical area positioning functions for abnormal circuits, it effectively curbs the escalation of electrical overload, leakage, and other hazards into fire accidents, avoids the
blindness of traditional electrical fault diagnosis, significantly shortens the
response time for handling electrical safety hazards, and improves the
inherent safety level of
public environment electrical systems.