Priorities
- Traffic analysis
- Zoning and transfers
- Group and destination control
- Ride quality at height
PT21 / Solution 06
High-rise elevator systems
Quantity, speed, and control strategy are defined through traffic analysis.
Context
In a high-rise building, elevators form a transport network. Traffic analysis, zoning, group control, peak-period modelling, ride quality, and core coordination are required.
Typical applications
Design focus
What must be defined before model selection.
Initial information
- Building programme and population
- Peak traffic scenarios
- Core plan and available shafts
- Access and safety requirements
Applications
Where this solution is used.
Each building page explains traffic, architectural constraints, and operating context.
02Building type
Office buildings
Handling capacity, peak traffic, access control, and stable group operation.
Explore05Building type
High-rise buildings
Traffic, zoning, speed, ride quality, and system integration.
Explore
06Building type
Mixed-use developments
Multiple user groups, access modes, and schedules within one development.
ExploreRelated technologies
Engineering choices that affect the configuration.
03Technology
Controller and operation
FUJI technical documentation describes an integrated controller, velocity-curve generation, fault records, and time-based control functions.
Explore
02Technology
Drive and energy efficiency
FUJI catalogue and technical material identify synchronous gearless traction, VVVF control, regenerative solutions, and LED lighting.
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05Technology
FUJI Cloud and digital monitoring
FUJI Cloud Platform is intended to monitor elevator status and maintenance progress. Connectivity and availability depend on the model and site infrastructure.
ExploreNext step
Test the solution against your building.
Provide building use, floor count, shaft dimensions, and expected demand.
Discuss configuration