What are the benefits of using turnstiles to control the flow of people in shopping malls during holidays?

1, Physical isolation: the cornerstone of order for building a "single person access unit"
The fully enclosed rotating blade design of the turnstile (usually above 2 meters in height) forms an independent "single person passage unit". Only one person is allowed to pass through each rotation, fundamentally eliminating the common chaos of tailgating and jumping over the gate in traditional gates. Taking a large shopping center in Beijing as an example, after deploying full height turnstiles during the Spring Festival in 2025, the tailgating rate at the gate decreased from 15% of traditional wing gates to 0.3%, and customer complaints caused by disorder decreased by 75%.

This physical isolation mechanism has a dual value in controlling the flow of people during holidays:

Anti evasion ticket and security control: Linked with the mall's membership system and payment system, the turnstile can force customers to complete consumption verification or membership identity verification before passing through. For example, a high-end shopping mall in Shanghai has integrated a dynamic QR code recognition module at the gate. Customers need to present their consumption receipt QR code or electronic membership credentials to enter, effectively intercepting non consumers from entering the dining area and reducing disputes caused by seat occupancy.
Special crowd diversion: By setting up wide channel turnstiles (with a channel width of up to 800mm), customers carrying large shopping bags, pushing strollers, or using wheelchairs can be specifically served. A commercial complex in Shenzhen will pilot the "combination mode of wide and narrow channels" during the National Day holiday in 2025, changing 2 out of 6 sets of gates to wide channels to increase the efficiency of special groups by 40% while avoiding congestion caused by competition with ordinary customers for channels.
2, Dynamic adjustment: achieving efficiency balance between "fast travel during peak hours and stable travel during off peak hours"
Holiday passenger flow has significant sudden characteristics. The turnstile has built a dynamic control system of "prediction response adaptation" through adjustable rotation speed and intelligent flow algorithm:

Speed grading control: During peak passenger flow periods (such as 12:00-14:00 noon), the system adjusts the rotation speed to the fastest gear (0.8-1 circle per second), and a single channel can accommodate 30-35 people per minute, with efficiency comparable to traditional wing gates; During off peak hours, the speed automatically slows down to 0.5 revolutions per second to ensure that customers can pass smoothly and reduce the risk of getting caught due to hasty passage. According to actual data from a shopping mall in Beijing during the May Day holiday in 2025, the dynamic speed regulation mechanism has increased the overall traffic efficiency of the gate by 25%, and there has been no occurrence of a single injury accident.
Multi channel collaborative diversion: Large shopping malls usually deploy multiple sets of turnstiles, and the system automatically guides customers to divert to idle turnstiles by monitoring the flow of people in each channel in real time. For example, when there are more than 5 people queuing in a certain channel, the LED screen above the gate will light up with a prompt "This channel is congested, please take the left 30 meter channel", and at the same time, the mall's broadcasting system will be linked for voice guidance. After adopting this plan during the Spring Festival travel rush in 2025, the maximum hourly traffic volume of the channel group composed of six sets of turnstiles in Shanghai Hongqiao Tiandi reached 1200 people, an increase of 30% compared to the traditional gate group, and there was no congestion or delay.
3, Emergency Management: Upgrading from "Passive Response" to "Active Guidance"
Holiday emergencies (such as equipment failures, fires, terrorist attacks, etc.) place extremely high demands on crowd control. The emergency design of rotary turnstiles embodies three major innovations:

Remote locking and mode switching: Staff can remotely lock some gates through the backend management system, or switch to "one-way traffic mode" to quickly guide people to evacuate to safe areas. In 2025, a shopping mall in Guangzhou simulated a fire scene during a fire drill. By remotely controlling all the turnstiles to the exit direction, 3000 customers were evacuated and guided within 30 seconds, which is 5 times more efficient than traditional manual evacuation.
Power outage smooth mechanism: The rotary gate is equipped with a backup power supply and mechanical unlocking device. When the power is cut off, the gate blades automatically rebound to the open state to ensure compliance with fire safety regulations. In the summer power outage incident in a shopping mall in Shenzhen in 2025, the turnstile automatically opened within 3 seconds after the power outage, avoiding the panic caused by traditional turnstiles getting stuck due to power outages.
Conflict detection and anti pinch protection: The gate is equipped with an integrated infrared sensor and pressure sensor. When it detects that there are two-way personnel entering or foreign objects blocking the channel, it immediately stops rotating and rebounds by 15 degrees, while triggering an audible and visual alarm. During the 2025 Christmas promotion, Beijing SKP successfully intercepted 12 incidents of children accidentally entering the gate through this feature, avoiding potential safety risks.
4, Industry Practice: Innovative Cases from Technology Application to Scene Integration
Data driven precise control: A smart mall in Hangzhou deeply integrates turnstiles with passenger flow analysis systems, generating real-time heat maps through gate traffic data and dynamically adjusting security personnel deployment. For example, when the traffic volume of a certain area's gate suddenly increases, the system automatically pushes an alarm to the nearby security personnel's PDA, achieving a "5-minute response" mechanism.
Unconscious payment integration: A shopping center in Chengdu has integrated RFID tag recognition technology into the turnstile. When customers push their shopping carts into the turnstile channel, the system automatically completes product settlement and release, achieving an unmanned retail experience of "pick up and leave". This plan improves the efficiency of holiday cashiers by 60% and reduces customer queue time to less than 2 minutes.
Green and energy-saving design: The rotary gate driven by a DC brushless motor consumes only 60% of the energy of traditional gates. A shopping mall in Shanghai will save 120000 yuan in electricity bills and reduce air conditioning loads caused by equipment heating through this design throughout the year 2025, indirectly reducing carbon emissions by 20%.
Automatic System Slim Speed Gate Turnstile