Smart Campus Access Control Success Case: Shunde Beijiao Experimental High School
Featured Solution: 24m Telescopic Sliding Gate & Automatic Bollard & Cantilever Gate & Face Recognition System for 2,000+ Teachers and Students.
Project Overview
Our professional team fully implemented the entire project, from on-site surveys, solution design and equipment deployment to commissioning and operation and maintenance. We completed the full-process delivery in 45 days, earning high recognition from the school and competent education administrative departments.
Background
As a premier regional institution, Shunde Beijiao Experimental High School hosts over 2,000 students and manages over 300 vehicle movements daily. Before we implemented our integrated solution, the school struggled with several critical safety and efficiency bottlenecks:
Mixed Traffic & Safety Risks: The main entrance lacked clear segregation between pedestrians and vehicles. During peak hours, the chaotic mix of students and cars led to severe congestion and frequent minor accidents.
- Vulnerable Living Areas: Without physical barriers, the student dormitory zones were exposed to unauthorized social vehicles, disrupting the campus’s tranquility and security.
- Manual & Inefficient Verification: Identity checks relied on paper logs and manual gate operations. This outdated method caused significant delays and created security loopholes, as visitor movements could not be tracked in real-time.
- Outdated Parking Management: The lack of intelligent data linking meant that every vehicle had to stop for manual registration, causing traffic jams that extended to the surrounding public roads.
Client Requirements
Based on the pain points, the school administration set forth clear and rigorous requirements. They weren’t just looking for products; they were looking for a comprehensive management strategy centered on three dimensions:
Multi-Layered Safety Defense: The primary request was a complete physical barrier system to enforce strict vehicle-pedestrian segregation. They needed to ensure that no unauthorized vehicle could breach the core teaching or dormitory zones, coupled with rapid emergency response capabilities.
Peak-Hour Throughput Efficiency: With over 2,000 students, the school demanded a solution that could eliminate bottlenecks during rush hours. The goal was to reduce waiting times for faculty vehicles through “touchless” entry and minimize human intervention in the parking area.
Intelligent & Traceable Control: A centralized management platform was required to integrate AI Facial Recognition and LPR (License Plate Recognition). Every entry and exit needed to be recorded, traceable, and manageable remotely to enhance the overall intelligence of campus security.
Custom Site Adaptability: Perhaps most importantly, the equipment had to be tailor-made for their unique site constraints—specifically the massive 24-meter main entrance and the asymmetric layout of the living area—without compromising the daily campus order.
Our Integrated Solution
To meet the school’s rigorous requirements, the ZhanJiang engineered a “Zone-Specific” strategy. We moved beyond standard hardware, deploying custom-built, large-span barriers integrated with a unified intelligent management platform.
Main Campus Entrance
The 24-Meter Telescopic Solution: We designed and installed an ultra-long 24-meter Telescopic Sliding Gate. Its multi-section linkage ensures that even at this massive width, the gate opens and closes rapidly, accommodating buses and high-volume faculty traffic.
Double-Row Defense: For anti-collision protection, we deployed 18 units of Automatic Hydraulic Rising Bollards. These provide a formidable physical barrier during school hours while maintaining an aesthetic campus look.
AI Pedestrian Access: We installed 4 units of Swing Barrier Turnstile Gates integrated with 3D Facial Recognition. With a verification speed of <0.5s, we successfully eliminated morning congestion for 2,000+ students.
Student Living Area
19.5m Asymmetric Cantilever Gate: To fit the unique site layout, we engineered a double-leaf Cantilever Sliding Gate with an asymmetric 13.5m + 6m configuration.
Our Technical Edge: The 13.5-meter single-leaf span operates flawlessly without ground tracks—a feat of structural balance that most competitors cannot achieve.
Restricted Access Control: Complementing the gate, 8 units of Hydraulic Bollards ensure the dormitory zone remains a car-free sanctuary for students, allowing entry only for authorized service vehicles.
Parking Facility
16m Symmetrical Cantilever Gate: We deployed a 16-meter (8m+8m) trackless cantilever gate, offering a low-maintenance, high-durability solution for the faculty parking lot.
AI Data Linkage: By integrating the gate with our LPR (License Plate Recognition) System, we achieved a 100% “No-Touch” entry. The system automatically logs every vehicle, eliminating manual registration errors and reducing surrounding traffic pressure by 80%.
Key Components
1. ZhanJiang Cantilever Sliding Gates
(Trackless Design) Applied at Living Area & Parking Entrance
Custom Configurations: Two double-leaf sets: 19.5m (13.5m+6m asymmetric) and 16m (8m+8m).
Trackless Advantage: No ground rails required, ensuring smooth operation without obstructing pedestrians or ground cleaning.
Safety & Control: Integrated infrared sensors for anti-pinch/anti-collision; supports manual, automatic, and remote modes.
Durability: IP54 rated with a service life exceeding 10 years, even in harsh outdoor environments.
2. Integrated Drainage-Free Hydraulic Bollards
Applied at Living Area (8 units) & Main Entrance (16 units)
Military-Grade Build: Constructed from SUS304 stainless steel with a brushed finish. Capable of withstanding a 2-ton vehicle impact.
Advanced Protection: IP68 waterproof motor core remains functional even when submerged. Operates on a safe 48V DC voltage.
Performance: Rapid deployment (Raise ≤3s, Lower ≤2s) with electronic buffering for noise reduction and long-term durability.
Emergency Ready: Equipped with LED warning lights, reflective film, and manual override during power outages.
3. 24-Meter Ultra-Long Telescopic Sliding Gate
Exclusive Main Gate Vehicle Access
High-Span Engineering: Built with high-strength aluminum alloy to bridge 24-meter wide gaps without structural sagging.
High Load Capacity: Designed for heavy-duty use, handling 500+ daily cycles smoothly.
Intelligent Linkage: Fully synchronized with LPR and rising bollards for automated access control; features anti-wind and anti-pry designs.
4. Intelligent Pedestrian Swing Turnstiles Barrier
Main Entrance: 4 Parallel Lanes
Anti-Tailgating: Integrated infrared light curtains and pressure sensors to detect illegal tailgating or climbing with immediate audio-visual alarms.
High Efficiency: Supports single-lane throughput of 3,000 persons/day with a 99.8% recognition accuracy.
Emergency Mode: Offline verification ensures security remains intact even during network outages.
5. 3D Facial Recognition & AI Systems
The Core Identity Verification Module
Anti-Spoofing: Utilizes 3D Structural Light technology to prevent fraud via photos or videos.
Seamless Integration: Synchronized with the campus “One-Card” system and centralized database for “One Person, One Permission” precision management.
6. License Plate Recognition (LPR) System
Integrated with 24m Telescopic and Parking Gates
Precision Imaging: 2.0MP HD cameras with AI algorithms for 99.8% accuracy, including harsh weather (rain and fog) and multiple plate types.
Automated Logistics: Features whitelist/blacklist management and automated logs with real-time data syncing to the management platform.
7. ZhanJiang Smart Management Platform
The Centralized Command Center
Unified Control: A TCP/IP cloud-based architecture that centralizes device status monitoring, remote control, and data analysis.
Smart Ecosystem: Seamlessly interfaces with school fire, security, and educational systems to create a closed-loop smart campus management environment.
Project Impact
100%
Security Excellence
Complete vehicle-pedestrian segregation. Zero unauthorized entries or traffic incidents recorded since deployment.
0.5s
Traffic Efficiency
AI Face ID improved pedestrian throughput from 30s to 0.5s per person, resolving peak-hour congestion.
50%
Operational ROI
Automated AI registration and remote control reduced onsite security labor requirements and costs by half.
<60s
Emergency Response
Fully linked to fire alarms. All 26 bollards and gates clear the emergency path in under one minute.
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