I. Case Background  

A coastal city suffered widespread power outages and road disruptions due to a severe typhoon, posing significant challenges to rescue operations. Particularly at night, the lack of lighting severely limited the efficiency of rescue teams, leaving the safety of affected residents unprotected. During this relief effort,the 360° Mobile Panoramic Lighting System played a crucial role, providing efficient and stable illumination support for nighttime rescue operations.  

 

II. Specific Details  

1. Disaster Situation  

Torrential rains triggered by the powerful typhoon caused widespread flooding in urban areas, with some regions experiencing complete power outages. Numerous obstacles created by the storm severely disrupted traffic, forcing emergency rescue operations to proceed under complex conditions. Insufficient nighttime illumination emerged as a major bottleneck, posing significant challenges for rescue teams conducting on-site assessments, deploying equipment, and evacuating personnel.   

2. Equipment Deployment

The rescue team swiftly activatedthe 360° mobile panoramic lighting system and deployed it at the rescue command center and primary mission areas:  

Deployment locations: Flood-prone areas, personnel evacuation routes, material distribution points, etc.  

Illumination Range: Single UnitProvides360-degree coverage with no blind spots, capable of illuminating large areas to eliminate dark zones and meet extensive operational requirements.  

Power Supply: Equipped with a built-in lithium battery pack, combined with a fuel-powered generator to ensure extended runtime.

 

3. Key Features and Functions

Panoramic Coverage:The 360° rotating lighting system eliminates blind spots common in traditional fixtures, ensuring no dark areas remain at rescue sites.  

Portable and Convenient: The system features a bracket-style design for quick relocation to other rescue sites.

High-brightness output: UtilizingLED light sources, it delivershigh-intensityillumination.  

Protective Performance: Constructed from high-performance materials, it delivers high-strength protective capabilities, adapting to harsh weather conditions such as wind and rain.   

4. Application Outcomes  

Enhancing Rescue Efficiency: The system provides stable nighttime illumination in primary rescue zones, enabling teams to swiftly complete tasks such as clearing obstacles, establishing access routes, and transporting supplies.   

Ensuring personnel safety: At evacuation sites, clear lighting effectively reduces the risk of accidents such as falls and collisions, while providing ample illumination for medical aid stations.

Rapid Response to Multiple Locations: The system completed multiple regional transfers on the second day after the disaster to support emergency operations at different sites.   

 

III. Actual Outcomes

With the support of the 360° mobile panoramic lighting system, rescue operations achieved significant results within 48 hours: nearly 1,000 trapped individuals were successfully evacuated, over 20 major road obstructions were cleared, and critical passageways were restored. Its omnidirectional high-brightness illumination ensured the safety of rescue teams during nighttime operations, significantly boosting overall rescue efficiency by nearly 50%. With its efficiency, portability, and comprehensive coverage, this system provides reliable support for rescue operations in complex environments, establishing itself as an indispensable tool in emergency response.

 

IV. Summary

360 Mobile Panoramic Lighting System DY-BZE-ZMSDemonstrating exceptional performance during this typhoon rescue operation, the system showcased its efficiency, portability, and adaptability. Its panoramic coverage, high brightness, and portability provided robust support for rescue efforts in complex environments. The system holds even broader application prospects in emergencies such as earthquakes and floods, poised to become a vital component of emergency rescue equipment. It will help secure more rescue time and offer greater hope for survival at disaster sites.