PARK UP | PU12SUX: The Future of Urban Parking

The urban environment constantly grapples with the challenge of limited parking space. PARK UP addresses this with its advanced rotating robotic parking systems. Our latest model, the PU12SUX, brings a revolutionary approach to maximizing space efficiency. The PU12SUX is tailored to transform even the tightest spaces into efficient parking solutions for the heaviest large SUVs. PU12SUX system promises to increase parking capacity by up to six times without requiring extra horizontal space.

The PU12SUX’s design optimizes every square meter, making it a smart solution for high-density areas. PU12SUX’s overall dimensions include a height of 17,200 mm (excluding facade), a length of 17,200 mm (front view), and a width between columns (centerline) of 3,300 mm. The required width is 6,100 mm, and the depth is 7,100 mm.

This compact footprint allows the PU12SUX to fit into places where traditional parking solutions would struggle. The unit accommodates 12 cars arranged in a circular layout.

The PU12SUX features a central load-bearing column. The rotation mechanism includes a centralized motorized rotation platform, making vehicle placement and retrieval efficient and swift.

Powering this system is a German-engineered 15 kW x 4P motor controlled by an inverter. The motor operates with an AC380/400/415V x 3Ph x 50/60Hz power supply. It delivers a performance speed of 5 meters per minute. Each parking spot can support up to 3,000 kg, making the PU12SUX suitable for various vehicle sizes, including large SUVs like the Toyota Land Cruiser, Ford Expedition, and Cadillac Escalade.

Safety is above everything in parking systems, and the PU12SUX does not disappoint. PU12SUX has multiple safety sensors and emergency stop mechanisms to protect users and vehicles. The user interface simplifies operations, and there is potential for integrating the system with smart city infrastructure.

Each PU12SUX unit includes inverter control and a standard keypad control panel. The PU12SUX uses PLC technology compatible with all required software systems, and customization options for control interfaces are available to meet specific operational needs.

The visual profile of the PU12SUX is also aesthetic. Facades can be customized to match local architectural styles for a better look. Korean-licensed components guarantee reliability and durability, promising long-term service without compromising style or function.

 

A breakthrough for dense urban areas is the PU12SUX’s ability to increase parking capacity by up to six times.

Its compact design and efficient use of vertical space for cities with space constraints means more vehicles can be parked in a smaller area. For car parks, commercial buildings, residential complexes, and public spaces, the PU12SUX is the ideal solution.

 

In addition to space efficiency, the PU12SUX also offers environmental and economic benefits. Reducing the need for large car parks helps to reduce urban density.

This results in more green space and less concrete, positively impacting the urban environment. Economically, the system allows property developers to maximize their return on investment by effectively using space. The PU12SUX’s efficient design means that fewer materials are used in construction, reducing overall costs.

 

The modular design of the PU12SUX makes the installation process very simple. Each unit can be assembled on-site, minimizing disruption to the surrounding area.

Maintenance is also simplified due to the high-quality components used in its construction. Regular service checks and maintenance keep the system operational and safe.

 

Integrating parking solutions with smart city infrastructure is a huge advantage in today’s tech-savvy world. The PU12SUX can be easily integrated into existing smart city frameworks, providing features such as automated payment systems, real-time updates on parking availability, and convenience. It helps to improve the user experience and helps to manage traffic in busy urban areas.

The PU12SUX offers a reliable, efficient, and aesthetically pleasing solution for those looking to solve parking problems in congested urban environments. Its advanced technology and user-friendly design make its implementation a win-win for property developers and city planners.