Skip to main content

Swedish city optimises disabled parking

Swedish city Linköping has introduced an innovative solution to enable drivers to locate available parking bays for motorists with disabilities. The designated parking bays, spread over 23 parking areas across the city, are equipped with Nedap’s wireless in-ground Sensit sensors which detect the occupancy status of each individual parking bay in the street and the parking duration. The sensors, which Swarco Sweden integrated with the city’s LinPark parking app, process occupancy data in real-time and dis
May 10, 2016 Read time: 2 mins
Swedish city Linköping has introduced an innovative solution to enable drivers to locate available parking bays for motorists with disabilities.

The designated parking bays, spread over 23 parking areas across the city, are equipped with 3838 Nedap’s wireless in-ground Sensit sensors which detect the occupancy status of each individual parking bay in the street and the parking duration. The sensors, which 129 Swarco Sweden integrated with the city’s LinPark parking app, process occupancy data in real-time and display the information on message signs and the app.

LinPark enables users to find and pay for parking in the city. It also provides information about rates, opening hours and the availability of parking spaces in on-street and off-street facilities in addition to differentiating between the type of parking areas including those where disabled parking permits apply.

Parking data collected via the sensors and the app will enable Linköping to better anticipate the usage of  disabled parking spaces and provide data for future decisions on improved enforcement and the number of special on-street and off-street parking facilities.

For more information on companies in this article

Related Content

  • Swarco installs dynamic parking guidance system in German city
    July 13, 2015
    Swarco has installed a new dynamic parking guidance system in the city of Bergisch-Gladbach, Germany, in an effort to achieve a more efficient usage of the existing parking facilities in the city. Eight parking lots are integrated into the system, which features an open parking capability to detect vehicles entering and leaving cars via video technology. The system also includes 29 LCD variable message signs (VMS), five of which feature two-line information displays to display local event information.
  • Swarco advanced parking guidance system now open at Houston Hobby Airport
    November 27, 2015
    Swarco Traffic Americas’ advanced parking guidance system (PGS) partially opened at William P. Hobby Airport in Houston, Texas in time for the 2015 holiday season. Construction of the new multilevel garage, which began in 2014, was accelerated at the request of Houston Airport Systems to open 600 parking spaces in the new garage before the 2015 Thanksgiving holiday. Swarco collaborated with SpawGlass Contractors, the general contractor, to achieve this aggressive schedule. The PGS employs single spa
  • The new multi-technology MACE Smart reader from Nedap reads virtual credentials on smartphones for faster and better access cont
    January 18, 2018
    Nedap Identification Systems has developed a new, multi-technology reader for mobile access control as part of its MACE suite of products. The MACE Smart reader “is able to read virtual credentials on smartphones” says Nedap, as well as “conventional smartcards.” ”We are committed to unlocking the potential of smartphones as identification technology in access control systems,” says Maarten Mijwaart, General Manager of Nedap Identification Systems. This “new reader is proof of this commitment. In addition
  • City of South Perth trials in-ground parking sensors
    June 25, 2015
    Working in partnership with Australian Parking and Revenue Control (APARC), the City of South Perth has recently installed in-ground parking sensors for a three-month trial period. The RFID-equipped SmartEye sensor from UK company Smart Parking is surface flush mounted and records when a vehicle arrives and departs from a parking bay. Once a vehicle has overstayed the permitted time limit, a signal is sent from the sensor to the nearest Council ranger's smart phone device. The City decided to proceed