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Introduction to the Elevator DSC Destination Floor Control System

Published Time:

2025-12-08

As urbanization accelerates and the density of high-rise buildings continues to rise, elevators—being the core hub of vertical transportation—have become a focal point of public concern regarding operational efficiency and safety management. The Elevator DSC Destination Floor Control System revolutionizes the traditional call-button elevator model by establishing a closed-loop operating system featuring “pre-selection of destination floors—intelligent allocation—efficient direct service.” This innovative solution is tailored for scenarios such as commercial complexes, high-end office buildings, and ultra-high-rise residential developments, and holds great promise in addressing longstanding industry challenges like long waiting times and uneven capacity distribution.

Breaking free from traditional constraints: Smart escalators reshape operational logic.

Unlike the traditional elevator operation mode, which requires passengers to call for the elevator first and then select their destination floor, the DSC destination-floor control system innovatively moves the floor-selection step to an earlier stage. Before entering the elevator, passengers input their desired floor via the group-monitoring panel located at the floor entrance. The system immediately uses AI algorithms to analyze the current operational status of the elevator group, automatically assigns the optimal elevator, and guides passengers to their designated waiting positions via a display screen. Once inside the elevator, there’s no need for passengers to press any floor-selection buttons in the car—instead, the elevator will directly take passengers to their destination floor, seamlessly integrating “seamless interaction” with “efficient direct access” throughout the entire process.
According to industry test data, this system can increase the operational efficiency of individual elevators by more than 30% by reducing the number of unnecessary elevator stops. During peak hours such as the morning rush hour, when passenger demand is particularly high, waiting times are shortened by 40% to 50% compared to traditional systems, significantly surpassing the industry-recognized "5-minute waiting tolerance limit" and effectively alleviating the public’s pain point of "difficulty in waiting for elevators" in high-rise buildings. A case study involving a high-end office building shows that after implementing the DSC system, the average waiting time during the morning rush hour dropped from 22 minutes to 8 minutes. Elevator occupancy rates have been optimized to a reasonable range, and the frequency of fault reports and repairs has decreased by 25% year-on-year.

Three-Dimensional Security Protection: Technology Builds a Robust Safety Barrier for Elevator Use

While enhancing efficiency, the DSC system regards safety protection as a core design element, establishing a comprehensive safety framework that integrates “intelligent prediction—proactive intervention—emergency coordination.” The system is equipped with a real-time load monitoring module. When it detects that the cabin load exceeds the rated weight, it immediately triggers an audible and visual alarm and keeps the elevator doors open until the load returns to a safe range, thereby preventing overload risks at the source.
For abnormal conditions during elevator operation, the system can collect key parameters such as traction machine vibration and running speed in real time. By using algorithmic models, it can predict potential faults and automatically issue maintenance alerts. Once a trapped-person incident occurs, the system will immediately activate the emergency call platform, simultaneously sending the elevator’s precise location and fault code to maintenance personnel. Coupled with a built-in voice安抚 function, this significantly reduces the response time for rescue operations.

Green, energy-saving, and efficiency-enhancing—supporting low-carbon development of smart cities.

Under the guidance of the “dual-carbon” goals, the DSC system optimizes elevator operation trajectories through intelligent algorithms, reducing unnecessary stops and empty runs, thereby achieving a significant reduction in energy consumption. According to third-party testing, elevator groups equipped with this system show a 30%–40% reduction in overall energy consumption compared to conventional group control systems—equivalent to an annual carbon emission reduction of approximately 1.2 tons per elevator. Meanwhile, the system features full-lifecycle management of operational data and, by analyzing passenger flow patterns, can provide building managers with recommendations for staggered scheduling, further unlocking energy-saving potential.

The significance of industry transformation: ushering in a new chapter of intelligent vertical transportation.

Elevator industry experts point out that the launch of the DSC destination-control system marks a shift in the vertical transportation sector—from “equipment compliance” to “experience optimization.” This system not only addresses the operational pain points of traditional elevators through technological innovation but also leverages data to drive upgrades in building management models, offering a replicable vertical transportation solution for smart city development. Currently, high-end commercial complexes and ultra-high-rise residential projects in several cities—including Beijing, Shanghai, and Rizhao—have adopted this system, and market feedback has been highly positive.
In the future, as 5G and IoT technologies become more deeply integrated, the DSC system will further expand its smart features, such as facial recognition-based elevator call systems and mobile app-based reservation services. This will continue to drive intelligent innovation in the vertical transportation sector, ensuring that every elevator ride is a safe, efficient, and comfortable travel experience.
(Material reprinted from the internet)

Previous Page

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The Elevators at the CIIE: Smart and Green Technologies Empowering High-Quality Development of Vertical Transportation

Next Page

Introduction to the Elevator DSC Destination Floor Control System

Summary: The elevator DSC destination-floor control system revolutionizes the traditional call-button elevator model by establishing a closed-loop operating mechanism featuring “pre-selection of floors—intelligent allocation—efficient direct service,” offering a brand-new solution for scenarios such as commercial complexes, high-end office buildings, and ultra-high-rise residential developments.

2025-12-08

The Elevators at the CIIE: Smart and Green Technologies Empowering High-Quality Development of Vertical Transportation

The Elevators at the CIIE: Smart and Green Technologies Empowering High-Quality Development of Vertical Transportation

Summary: As seen from the exhibits at this year's CIIE, AI, IoT, robotics, and elevator technology are deeply integrated. Looking ahead, elevators will increasingly become a seamless part of smart building ecosystems, seamlessly linking with security, fire protection, and energy management systems—and ultimately emerging as a vital component of urban digital twin frameworks.

2025-11-13

Safety, intelligence, and high quality: "Good Elevators" Lead the Way in Urban Renewal and Industrial Upgrading.

Safety, intelligence, and high quality: "Good Elevators" Lead the Way in Urban Renewal and Industrial Upgrading.

Summary: The "Good Elevator Innovation Technology Exchange Conference" was successfully held at the Shanghai Expo Exhibition Center.

2025-11-04

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