The image shows the transfer area of an automated parking system where the vehicle is parked by the driver.
The image shows the transfer area of an automated parking system, where the driver initiates the parking process so that the vehicle is automatically transported and parked within the parking system.
The car is parked on a parking platform within an automated parking system.
The car is being parked in an automated parking system.
The car is automatically moved to its parking space within the parking system.
The car is parked on a parking platform within an automated parking system.
The car is parked on a parking platform within an automated parking system.
The car is being parked in an automated parking system.
The image shows the empty transfer area of an automated parking system, where vehicles are positioned before being automatically stored.
The image shows the charging process of an electric vehicle, where a charging connector is plugged into the vehicle to charge the battery during the parking process.
The car is charged with electricity and is positioned on a platform within the parking system.
The image shows the vehicle handover in an automated parking system, where the vehicle key is handed over to the user after the vehicle has been retrieved from the parking system.
The image shows a person at the control panel of an automated parking system, confirming the storage process and thereby starting the automatic transport of the vehicle to an available parking space.
The image shows a vehicle entering an automated parking system within a modern underground garage with several access gates.
The image shows the entrance to an automated parking system in a modern underground garage with several access gates.
The image shows the transfer area of an automated parking system where the vehicle is parked by the driver.
The image shows the transfer area of an automated parking system, where the driver initiates the parking process so that the vehicle is automatically transported and parked within the parking system.
The car is parked on a parking platform within an automated parking system.
The car is being parked in an automated parking system.
The car is automatically moved to its parking space within the parking system.
The car is parked on a parking platform within an automated parking system.
The car is parked on a parking platform within an automated parking system.
The car is being parked in an automated parking system.
The image shows the empty transfer area of an automated parking system, where vehicles are positioned before being automatically stored.
The image shows the charging process of an electric vehicle, where a charging connector is plugged into the vehicle to charge the battery during the parking process.
The car is charged with electricity and is positioned on a platform within the parking system.
The image shows the vehicle handover in an automated parking system, where the vehicle key is handed over to the user after the vehicle has been retrieved from the parking system.
The image shows a person at the control panel of an automated parking system, confirming the storage process and thereby starting the automatic transport of the vehicle to an available parking space.
The image shows a vehicle entering an automated parking system within a modern underground garage with several access gates.
The image shows the entrance to an automated parking system in a modern underground garage with several access gates.

Seattle Cancer Center / Seattle, United States / Multiparker 730

New clinic building on a medical campus with a special parking challenge

Additional parking spaces were needed for the expansion of the South Lake Union Campus of the Seattle Cancer Centre in Seattle. However, the narrow, rectangular site presented a major challenge. As the patient experience was top priority, an optimal solution also had to be found for patients with limited mobility.
WÖHR's fully automated Multiparker730 car park system was therefore selected to provide the parking spaces required for the extension. The system offers space for 160 vehicles - including electric vehicles!
This system is the first automated parking system with an integrated electric charging solution on the entire west coast of the USA.

Another major benefit of the parking system is that it significantly improves the patient experience by eliminating a huge stress factor!

PROJECT SPECIFICATIONS

  • 1x WÖHR Multiparker 730
  • 161 parking spaces on 3 levels
  • Underground system
  • 5 transfer cabins
  • Approx. 150 parking processes per hour
  • Operation via RFID chip
  • Support for on-site e-charging

Project plans

Technical informations