SERVICE
Global Lift Solution proves value beyond technology
through true professional expertise.
SERVICE
Global Lift Solution proves value beyond technology
through true professional expertise.
Visualize the flow of people and space
with data
Pedestrian Flow Simulation
As buildings become larger and more complex, “movement efficiency” becomes a key factor that determines the value of a space.
GLS predicts potential congestion after completion through advanced simulation and engineering-based analysis.
From rush-hour transit stations and crowded shopping malls to large-scale event venues,
we analyze pedestrian movement patterns to derive optimal design strategies.
By visualizing complex and congested bottlenecks, we disperse crowd concentration in specific areas and optimize spatial layout to create a smooth and natural pedestrian environment.
Transfer corridors and circulation paths are evaluated in the most intuitive and objective way and then redesigned. By eliminating unnecessary movement, both user convenience and operational efficiency are improved simultaneously.
Unpredictable crowd congestion and accident scenarios are anticipated through simulation, enabling secure evacuation routes and the prevention of safety incidents in advance.
• Build a 3D virtual space based on architectural drawings
Set pedestrian flow data according to the building’s use and scale
• Analyze peak congestion periods (commuting hours, lunch time, before events, etc.)
Evaluate movement paths and crowd density under various conditions, including emergency scenarios
• Identify bottleneck points in waiting and circulation areas and quantify them using numerical data
Propose alternatives such as gate relocation, adjustment of escalator and elevator placement, optimization of pedestrian flow routes, and platform space redesign
We analyze architectural models based on 2D drawings and build information to be applied to the model.
2D Drawing Analysis and ApplicationWe analyze architectural models based on 2D drawings and build information to be applied to the model.
We model structures in three dimensions to create a 3D virtual space identical to the actual site.
3D Modeling (BIM or Simple Geometry)We model structures in three dimensions to create a 3D virtual space identical to the actual site.
We enter pedestrian demand by flow zone and predict pedestrian movement paths and real-time congestion levels for each scenario.
SimulationWe enter pedestrian demand by flow zone and predict pedestrian movement paths and real-time congestion levels for each scenario.
We quantitatively analyze the derived data, identify bottleneck sections, and establish optimal solutions.
Analysis ResultsWe quantitatively analyze the derived data, identify bottleneck sections, and establish optimal solutions.
With the introduction of GTX (Great Train Express in the Seoul Metropolitan Area) and integrated transfer centers,
stations have become deeper and pedestrian circulation has become more complex.
When vertical movement connecting ground and underground levels is disrupted,
stations quickly turn into massive bottleneck zones.
GLS provides Korea’s only integrated analysis solution combining
passenger flow simulation and elevator traffic simulation.
Beyond simple pedestrian analysis, we simultaneously calculate elevator and escalator capacity
to deliver the fastest and safest deep-level evacuation and transfer roadmap.
In deep underground spaces, the main causes of passenger delay are waiting time and congestion-related dwell time.
By cross-analyzing crowd density with vertical and horizontal movement patterns, we provide the most efficient transfer routes and optimized spatial mobility solutions.
Reduced Transfer Time
3D spatial routing design considering the shortest distance and minimum waiting time
Crowd Accident Prevention
Predicting and mitigating high-density crowd risk zones during peak commute hours
Early detection and dispersion of congestion hotspots
Operational Efficiency Maximization
Optimization of vertical transportation systems based on pedestrian flow simulation results
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
