Bashteel Parking Garage Project

The Bashteel Parking Garage is a technologically advanced multi-level facility consisting of a 7-story parking structure with a capacity of 1,100 cars over a 7,000 m² typical floor plate, in addition to an external bus terminal accommodating 59 buses over a 10,000 m² area. The project integrates smart management systems and renewable energy solutions to achieve high operational efficiency and sustainability.

Structural Engineering Challenges

The project required large open floor plates of 7,000 m² per level to ensure smooth vehicle circulation, demanding precise structural grid optimization and load distribution. The structure was also designed to withstand continuous dynamic loads generated by the movement of 1,100 vehicles, requiring high-strength reinforced concrete systems with enhanced durability and vibration resistance.

Mechanical Systems & Environmental Control

As a semi-enclosed structure, the main challenge was designing an efficient mechanical ventilation system capable of extracting vehicle emissions and maintaining safe indoor air quality. Advanced exhaust extraction systems were implemented to ensure continuous air renewal across all levels.

Smart Systems & Energy Efficiency

 The project integrates intelligent lighting control systems (LCP) to optimize energy consumption across large-scale parking areas. These systems operate in coordination with solar energy panels, enhancing sustainability and reducing operational energy demand.

Backup Power & Operational Continuity

A full-capacity emergency generator system was implemented to ensure zero interruption in operations. The system maintains continuous functionality of security systems, CCTV networks, Wi-Fi infrastructure, fire-fighting systems, and elevators.
Automatic Transfer Switch (ATS) panels were installed to ensure seamless power transition within seconds during any grid failure, guaranteeing uninterrupted facility operation and security continuity.

Project Outcome

Bashteel Parking Garage evolved from a conventional parking facility into a smart mobility hub. Through the integration of AI-based monitoring systems, renewable energy, and robust emergency power infrastructure, the project stands as a benchmark in modern smart parking and infrastructure development.