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Can a vertical‑lift or lateral‑shift type automated parking system be used in a residential community?
Release date:
2019-05-07 16:13
Source:
With the development of China’s economy and the improvement in living standards, the number of privately owned cars in the country has been steadily increasing each year. This rapid growth in vehicle ownership, coupled with an inadequate supply of parking facilities, has become a major contradiction in urban life. In particular, parking pressure in residential communities is mounting, and difficulty finding parking has emerged as an increasingly pressing issue. Consequently, many people have begun to wonder whether lift‑and‑slide multi‑level parking systems can be implemented in residential neighborhoods. Let’s take a closer look.
Generally speaking, lift‑and‑shift automated parking systems are multi‑level, multi‑row parking facilities. Except for the top floor, each level is equipped with an empty space serving as an alternating parking spot. Moreover, all parking spaces except those on the ground floor can be raised or lowered automatically, and all spaces except the top floor can also shift laterally on their own. When a vehicle needs to be parked or retrieved from a particular spot, all adjacent spaces directly beneath it will move laterally by one position toward the vacant space, creating a vertical access channel underneath. At that point, the target space can be raised or lowered freely. Once the space has been lowered to ground level, the vehicle can enter or exit. Consequently, this type of system is not only ideally suited for residential communities but is also well‑suited for use in hotels, guesthouses, and corporate settings.
The vertical‑lift and lateral‑move automated parking system boasts advantages such as a small footprint and high space utilization. Moreover, users can customize the number of levels and bays to suit their specific needs, effectively increasing parking capacity. In addition, the system features a fully enclosed design that harmonizes with the surrounding environment, offering smooth operation, quiet performance, rapid throughput, short access times, and overload protection.
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