Cloud Based Data Management Circular Vertical Lift Parking System with Analysis and Reporting Features

Product Description

Circular Vertical Lift Parking System
Technical Specifications
Drive Mode Traction + wire rope
Car Size Sedan: ≤5300×1900×1550mm
SUV: ≤5300×1900×2050mm
Car Weight ≤2350kg
Power & Speed Lifting: 30kw (Max 95m/min)
Turn: 2.2kw (4.5 rpm)
Vehicle Access Method Forward in and forward out
Power Resource 3P 380V 50Hz and customization
Parking System Analysis
Cloud Based Data Management
Space Utilization
1. Extremely High Space Utilization

Vertical Tower Design: Requires only a small circular foundation to construct dozens of parking levels upwards. Crucial for expensive urban central areas, increasing capacity significantly compared to traditional surface parking.

No Ramps Required: Uses elevators for vertical transport, eliminating internal traffic lanes and dedicating all space purely to parking.

2. Excellent Vehicle Access Efficiency

High-speed Core: Equipped with high-speed elevators for efficient vertical transport to target levels.

360-degree Rotating Platform: Allows vehicles to enter and exit facing forward ("head-in, head-out") without turning around inside the tower, reducing access time.

Vehicle Access Efficiency
Safety Protection
3. Outstanding Safety and Vehicle Protection

Fully Enclosed Structure: Protects vehicles from natural elements (sun, rain, hail) and prevents theft or vandalism.

Automated Operation: Minimizes human error. Drivers only park at the entrance; the computer system handles the rest, avoiding collisions in confined spaces.

Multiple Safety Devices: Includes emergency stop buttons, oversize detection, personnel intrusion sensors, and fall prevention devices.

4. Intelligent Features & UX

Smart Control: Supports touchscreen, card swipe, mobile app, and license plate recognition.

Fast Retrieval: Average retrieval time between 1 to 3 minutes through path optimization.

Remote Diagnostics: Real-time status monitoring and remote maintenance functions.

Intelligent Features
Global Parking Projects
United States Project

United States Project

Type: Vertical Horizontal Parking System
Spaces: 38

Saudi Arabia Project

Saudi Arabia Project

Type: Mechanical Puzzle Parking System
Spaces: 926

Smart Parking Project

Urban Smart Project

Type: Smart Vertical Horizontal System
Spaces: 1,338

Industry Excellence

Specializing in mechanical and smart parking solutions since 2001, providing high-capacity systems with an annual output exceeding 200,000 spaces. Our products emphasize safety, energy efficiency, and environmental sustainability.

Manufacturing
Technology
Production
Facility 1
Facility 2
Packing & Delivery
Delivery Process Global Logistics
Frequently Asked Questions
1.   How to prevent equipment corrosion in high-humidity areas?
Hot-dip galvanized steel and fluorocarbon spraying technology are used, with a salt spray test reaching 1000 hours. A dehumidification system can be optionally equipped to control humidity below 60%.
2.   How to deal with icing in cold regions?
Heated car carriers (adjustable from -30ºC to 50ºC) are equipped, and the guide rails use anti-slip coatings. Low-temperature start-up technology allows reliable operation in environments as low as -40 °C.
3.   Can unmanned management be realized?
Yes, the system supports AGV robots to transport vehicles; owners only need to park at the entrance. An IoT system monitors equipment status in real-time and alerts to abnormalities.
4.   What is the construction cost of a multi-story parking garage?
Lifting and traversing types cost about 15,000-30,000 yuan per space, and vertical lifting types cost about 60,000-100,000 yuan per space. We provide full-cycle optimization that can reduce energy consumption by 20%.
5.   Are there government subsidy policies?
Certain regions provide subsidies up to 20,000 yuan per parking space for public multi-story garages. We assist customers in applying for special funds and providing policy interpretation.
6.   What is the average vehicle retrieval time?
The system automatically optimizes access paths, with average retrieval times typically ranging between 1 to 3 minutes, even during peak hours.

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