SERVICE
Global Lift Solution proves value beyond technology
through true professional expertise.
SERVICE
Global Lift Solution proves value beyond technology
through true professional expertise.
Visualizing complex disaster scenarios step by step,
we identify safe evacuation routes
Fire Evacuation Simulation
As buildings become taller and underground spaces become more complex and integrated, evacuation routes during a fire become increasingly complicated.
GLS Co., Ltd. scientifically compares and analyzes smoke spread rates and occupant evacuation times through 3D simulations that replicate real fire scenarios.
Rather than vague predictions, we verify whether the 'Available Safe Egress Time (ASET)' sufficiently exceeds the 'Required Safe Egress Time (RSET)',
helping to establish a complete fire evacuation system that aims to reduce casualties to zero.
Quantitatively verifies the available time for all occupants to evacuate before smoke accumulation, maximizing survival probability.
We identify in advance high-risk areas where crowd congestion under panic conditions may lead to crushing accidents, and improve them through structural redesign.
We validate actual evacuation performance by applying fire safety performance-based design tailored to the specific characteristics of the building.
• 3D implementation of architectural drawings
• Definition of high fire-risk zones based on the placement of combustible materials, etc.
• Incorporation of ignition points, smoke spread direction, occupant density, and psychological panic conditions
• Design of multiple evacuation scenarios based on worst-case conditions
• Comparative analysis of ASET (Available Safe Egress Time) and RSET (Required Safe Egress Time)
• Analysis of vulnerable zones with risk of suffocation or isolation
• Proposal of improvement measures such as widening bottleneck passages, adding emergency exits, and installing evacuation guidance lines
Structures are modeled in three dimensions to create a 3D virtual space identical to the actual site.
3D Modeling (BIM or Simple Geometry)Structures are modeled in three dimensions to create a 3D virtual space identical to the actual site.
Pedestrian movement paths and real-time congestion levels are predicted by entering floating population or demand according to each scenario.
Pre-Pedestrian SimulationPedestrian movement paths and real-time congestion levels are predicted by entering floating population or demand according to each scenario.
Based on 3D videos, pedestrian and fire simulations are performed, enabling analysis that reflects the actual evacuation situation.
Pedestrian SimulationBased on 3D videos, pedestrian and fire simulations are performed, enabling analysis that reflects the actual evacuation situation.
Based on 3D videos, pedestrian and fire simulations are performed, enabling analysis that reflects the actual evacuation situation.
Fire SimulationBased on 3D videos, pedestrian and fire simulations are performed, enabling analysis that reflects the actual evacuation situation.
SERVICE
| Architectural Design | Building Construction | Smoke Control System (Stack Effect Prevention) | |
| Modernization | Elevator Design & Supervision Consulting Escalator Design & Supervision Consulting | Technical Diagnostics | Mechanical Failure Analysis & Performance Evaluation Power Quality & Communication Quality Diagnostics Defect Dispute Support & Court Appraisal |
| Architectural Design | |
| Building Construction | Smoke Control System (Stack Effect Prevention) |
| Modernization | Elevator Design & Supervision Consulting Escalator Design & Supervision Consulting |
| Technical Diagnostics | Mechanical Failure Analysis & Performance Evaluation Power Quality & Communication Quality Diagnostics Defect Dispute Support & Court Appraisal |
NEWS
CONTACT US
Head Office / Suite 707, 361 Simin-daero, Dongan-gu, Anyang-si, Gyeonggi-do, Republic of Korea
Branch Office / #109 UR lssdadigasi31, Issha 3-chome, Meito-ku, Nagoya, Aichi, Japan
Global Lift Solution Co., Ltd.
Tel : +82-31-422-7042
Fax : +82-31-422-7044
E-mail : consulting@liftsolution.co.kr
Web : liftsolution.co.kr
