Shuttle Type Automated Parking System
Shuttle Automated Parking System, also known as a plane-moving parking system, is an automated parking system solution that uses a combination of horizontal and vertical movement to park and retrieve vehicles. The system utilizes a series of shuttles or robotic carriers that transport vehicles to and from parking spaces within a structure. This type of parking system is often used in high-density urban areas or other locations where space is limited.
The basic design of an automated parking system consists of a series of parking spaces that are arranged in rows, with each row serviced by a shuttle. The shuttle runs along a track or rail system, moving horizontally along the row of parking spaces on each level. When a vehicle is parked on a plate or comb-type frame at the entrance, the shuttle moves underneath the vehicle and lifts it off the ground by a lifting mechanism. The shuttle then moves the vehicle to an available parking space within the structure, usually located in a different row or floor of the structure.
To retrieve a vehicle, the process is reversed. The shuttle moves to the designated parking space and lifts the vehicle off its parking spot. It then moves the vehicle back to the original parking position for the driver to retrieve.
One of the advantages of a shuttle automated parking system is its ability to maximize parking capacity in a given space. Since the shuttles move horizontally and vertically to transport vehicles, it eliminates the need for driveways, ramps, or other access routes that are required in traditional parking structures. This allows for a much higher density of parked cars within the same area.
Another advantage of the automated parking system is the potential for faster retrieval times. Since the shuttles are automated, they can quickly and efficiently move cars in and out of parking spaces, reducing the amount of time that drivers need to spend looking for a spot or waiting for a shuttle to arrive.
However, there are also some potential drawbacks to this type of system. One of the main concerns is the reliability and maintenance of the system. With many moving parts and complex mechanisms involved, a malfunction could cause delays or even lead to damage to parked vehicles. Regular maintenance and inspections are necessary to ensure the safe and efficient operation of the system.
In terms of user experience, an automated shuttle parking system can be both convenient and secure. Since the system is automated, it eliminates the need for drivers to navigate complex parking structures or spend time searching for an available space. The shuttles can also be equipped with security features such as cameras or access controls to ensure the safety of parked vehicles and their contents.
