Sealed with no natural lighting and winding passages, the system automatically adjusts the evacuation arrow by linking with the smoke detector, and lights up the emergency lighting throughout the entire path.

Industry pain points

The overall space is enclosed, without natural lighting, and the daily light is weak. After a fire, smoke is difficult to dissipate, and visibility drops sharply.

; The internal passage is winding and has many forks, making it easy for personnel to get lost; Traditional emergency lighting fixtures work independently and cannot be linked to fire situations, and cannot adjust evacuation directions based on the location of the fire; The space is deep and long, and the difficulty of laying the line is high. Single point equipment failure can easily affect the entire area.

Ximu Adaptation Products

Long distance bus type emergency indicator light, high brightness fire emergency lighting, centralized power supply device, smoke detection linkage module, fault isolation protector.

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Implementation Plan

Based on the planning of bus circuits for underground garage lanes, parking spaces, pedestrian passages, and civil defense entrances and exits, emergency lighting and dynamic indicator lights will be installed throughout the area, and fire smoke alarm devices will be connected.

. Once a fire occurs, the system will receive an alarm signal and instantly light up the emergency lighting throughout the area, penetrating the smoke and improving visibility on site; Evacuation arrows turn in real-time according to the location of the fire, planning the optimal escape path. Combined with fault isolation function, achieve automatic isolation of single point equipment faults without affecting the normal operation of surrounding and entire regional systems.

Value of the solution

Thoroughly solve the escape problem of poor lighting and complex routes in enclosed spaces, ensuring clear and distinguishable escape routes throughout the entire process; Long distance networking is adapted to meet the wiring requirements of underground buildings, and partition isolation design enhances system stability. It meets the dual requirements of fire protection in both civil air defense and garage scenarios.