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Vertical Puzzle Parking System - Customizable Solution from China Suppliers & Factory for Efficient Parking

Introducing the Vertical Puzzle Parking System, a cutting-edge solution designed to maximize parking efficiency in China. This modular system offers flexible configurations ranging from 1 to 6 levels, allowing you to significantly increase parking capacity by utilizing vertical space. Lower-level vehicles can be parked and retrieved with ease, while accessing upper-level vehicles only requires momentarily relocating the vehicle below, With a maximum lifting height of 3000mm and a robust load capacity of 2350kg to 2500kg, our system is ideal for both SUVs and sedans. As a leading factory and supplier in the industry, we offer tailored customization options for equipment dimensions, number of levels, and load capacity to meet your specific site needs. Enhance your parking solutions today with our innovative Vertical Puzzle Parking System, designed for the demands of modern urban environments

    PSH is a semi-automatic parking system. The parking space selected is moved to the desired position by means of an automatic control system, and the parking spaces can be shifted vertically or horizontally. Entrance level platforms move horizontally and upper level platforms move vertically, with always one platform less at the entrance level. By swiping the card or input the code, the system automatically moves the platforms in the desired position. To collect a car parked on the upper level, the platforms at the entrance level will first move to one side to provide an empty space into which the required platform is lowered. The scale can be adjusted to suit requirements, accommodating buildings ranging from two to seven storeys, thereby increasing the number of parking spaces severalfold.

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    Vertical & Horizontal Movement Platforms shift both vertically and horizontally for flexible space utilization.
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    Card Swipe / Code Access Automated retrieval triggered by card swipe or PIN code entry.
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    2 to 7 Storey Scalability Adaptable to buildings of varying heights, maximizing parking capacity severalfold.
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    Semi-Automatic Control System Intelligent platform sequencing ensures smooth, safe vehicle retrieval every time.
    ❓ Frequently Asked Questions
    • Q What is a PSH semi-automatic parking system?
      PSH (Puzzle Semi-automatic Horizontal) is an automated parking solution where platforms are shifted both vertically and horizontally using an intelligent control system, allowing multiple vehicles to be stored in a compact footprint without requiring a full automated robotic system.
    • Q How does the PSH system retrieve a parked vehicle?
      To retrieve a vehicle from an upper level, the entrance-level platforms first shift horizontally to create an empty space. The required upper-level platform then lowers into that vacant spot, bringing the vehicle to the entrance level for easy access.
    • Q How do users operate the PSH parking system?
      Users can operate the system by swiping an access card or entering a designated PIN code. The control system then automatically sequences platform movements to position the desired parking space at the entrance level.
    • Q How many storeys can the PSH system accommodate?
      The PSH system is highly scalable and can be configured for buildings ranging from two to seven storeys. This flexibility allows it to be tailored to the specific spatial and capacity requirements of both residential and commercial properties.
    • Q Is the PSH system suitable for residential buildings?
      Yes, the PSH system is well-suited for both residential and commercial applications. Its compact design and scalable configuration make it ideal for apartment complexes, office buildings, shopping centers, and other developments where maximizing parking density is a priority.
    • Q What are the main advantages of using a PSH parking system over a conventional parking lot?
      The PSH system can multiply the number of available parking spaces severalfold within the same ground footprint. It reduces land usage, lowers construction costs compared to multi-storey open parking structures, improves space efficiency, and offers a convenient semi-automated experience for end users.

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