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AUTOMATIC PARKING SYSTEMS
Cabinet Type Parking System (Silomat / Shifting Shuttle System)
The Cabinet Type Parking System (also widely recognized in international markets as the Silomat, Cabinet Shuttle, or Shifting Shuttle System) represents the pinnacle of fully automated, intelligent vehicle storage. Specifically engineered for large-scale, high-density parking infrastructures, this premium system delivers an exceptional combination of spatial efficiency, rapid retrieval speeds, and architectural versatility. It is the ideal structural asset for modern smart-city developments, high-density residential complexes, commercial hubs, and institutional facilities.
1. Operating Principle: Smart Matrix Synchronized Motion
The system operates on an advanced rectangular matrix framework, precisely segmented into dynamic central lifting alleys (roadways) and heavy-duty structural parking berths. Instead of sequential movements, the Cabinet Type System utilizes a synchronized multidimensional motion control architecture:
· Dynamic Central Lifting Alleys: The central roadway serves as a high-speed intelligence channel integrating synchronized vertical lifting platforms, precise lateral rotation systems, automatic leveling mechanisms, and dynamic conveyors.
· High-Density Layered Layout: Vehicle storage berths are arranged parallel to both sides of the central lifting channel. The modular engineering permits an expansive layout accommodating anywhere from 4 to 14 parking spaces per level, maximizing vertical and horizontal space simultaneously.
· Flexible Multi-Terminal Access: Fully customizable entrance and exit terminals (lobbies) can be strategically positioned either at single or multiple berths on the ground level, or integrated directly onto the lifting platform to accommodate complex traffic flow requirements.
· Simultaneous 3-Axis Logistics (Lifting, Shifting & Rotating): When a vehicle is stored or retrieved, an intelligent robotic transporter (shuttle/shifter) takes absolute control of the vehicle between the terminal and the lift. The system executes vertical lifting, lateral shifting, and 180-degree vehicle rotation simultaneously. The car arrives at its designated berth or exit terminal seamlessly in a single, fluid motion wave.
2. Technical Framework & Key Features
Engineered to withstand heavy, continuous operational cycles, the Cabinet Type Parking System is built upon premium, industrial-grade mechanical and electrical configurations:
· Dual Commercial-Grade Drive Options: To meet diverse budget allocations, load requirements, and speed profiles, clients can choose between a robust High-Torque Hydraulic Drive System (ideal for smooth, powerful low-to-medium rise configurations) or a High-Speed Traction Drive System (optimized with variable frequency drives for ultra-high vertical speed and whisper-quiet operations in multi-tier mega towers).
· Advanced Palletless Transporter Technology: Utilizes state-of-the-art robotic comb-tooth or wheel-gripper dollies that safely lift the vehicle directly by its tires. This eliminates the need for individual parking pallets, accelerates vehicle exchange cycles, drastically reduces structural deadweight, and slashes maintenance lifecycle costs.
· Built-In 180° Smart Turntable: Integrated directly into the lifting and transfer infrastructure, the automated turntable rotates the vehicle inside the system. Drivers always enter the terminal and exit to the street in a forward-facing direction, completely eliminating hazardous reversing maneuvers and providing a luxurious, premium user experience.
3. Unparalleled Architectural Adaptability
Urban plots present unique physical constraints. Dayang’s Cabinet Type System offers ultimate engineering flexibility and can be deployed via three primary structural configurations:
Deployment Method | Structural Configuration | Primary Strategic Benefit |
Fully Above-Ground Tower | Constructed as a standalone structural architectural landmark or integrated seamlessly into commercial facades. | Maximizes high-density vertical airspace when ground footprint is highly restricted. |
Fully Underground Shaft | Embedded completely below grade, leaving surface aesthetics, green areas, or pedestrian zones undisturbed. | Ideal for historical districts, luxury plazas, and strict municipal zoning height limits. |
Semi-Above / Semi-Underground | A hybrid configuration balancing depth of excavation with structural height limitations. | Optimizes construction costs when encountering bedrock or high water tables. |
4. High-Value Commercial Applications
Because the Cabinet Type Parking System handles premium volume with highly accelerated transit cycles, it is globally specified by MEP engineers and commercial developers for:
· Government Buildings & Municipal Centers: Handles mass public vehicle intake during peak morning and evening operational rushes smoothly.
· Hospitals & Healthcare Facilities: Provides rapid, emergency-compliant vehicle drop-offs and stress-free retrieval for staff and patients.
· Corporate Headquarters & Class-A Commercial Real Estate: Enhances property valuation, ensures green building compliance, and offers a premium amenity for executive tenants.
· High-Density Public Parking Hubs: Maximizes revenue generation per square meter by multiplying parking slots up to 10x within minimal urban grid footprints.
