Nanchang automated parking system case - PCS large platform tower parking system

Nanchang automated parking system case - PCS large platform tower parking system
Nanchang automated parking system case - PCS large platform tower parking system
Nanchang automated parking system case - PCS large platform tower parking system
Nanchang automated parking system case - PCS large platform tower parking system
Nanchang automated parking system case - PCS large platform tower parking system
Nanchang automated parking system case - PCS large platform tower parking system
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  • Nanchang automated parking system case - PCS large platform tower parking system
  • Nanchang automated parking system case - PCS large platform tower parking system
  • Nanchang automated parking system case - PCS large platform tower parking system
  • Nanchang automated parking system case - PCS large platform tower parking system
  • Nanchang automated parking system case - PCS large platform tower parking system
  • Nanchang automated parking system case - PCS large platform tower parking system

Nanchang Ke Ding Road Multi-Storey Car Park

 

The Nanchang Ke Ding Road Multi-Storey Car Park project is located west of Innovation Road II and north of Aixi Lake Road II in Nanchang High-tech Zone. The project covers an area of 2666 square meters, has an internal structure of 18 floors, and is 39 meters high. It can provide 700 parking spaces and is currently the largest above-ground multi-storey car park in Nanchang.

This tower-type automated parking garage adopts a rectangular steel structure frame, an automatic head-turning access mode, multiple entrances and exits, multiple access channels, mobile APP reservation access, and a PLC+SERVER server architecture management system. Based on traditional mechanical automated parking garage technology, this tower-type automated parking garage project uses a steel structure tower with multiple entrances and exits and multiple lifting systems as a carrier. It connects mobile terminals to the automated parking garage via the internet. By combining efficient mechanical automation execution with optimal parking path selection through advanced control strategies and management systems, it establishes a new type of highly efficient automated parking garage with network, automation, and intelligence attributes, placing greater emphasis on user experience.

 

In recent years, urbanization has led to an increase in vehicle ownership, resulting in significant challenges related to parking space management in densely populated cities. The traditional parking systems are often inadequate, leading to congestion, wasted time, and environmental concerns. In response to these issues, innovative solutions such as automated parking systems have emerged as a viable alternative. This article delves into the Nanchang automated parking system case, specifically focusing on the PCS large platform tower parking system. By examining its design, functionality, and impact on urban mobility, we aim to highlight the advantages of automated parking technology and its potential to revolutionize the way we approach parking in modern cities.

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