Skip to main content

Australian supermarket chain opts for Nedap’s Sensit parking guidance

A leading Australian supermarket chain has chosen Nedap’s Sensit wireless parking guidance system to provide accurate information on parking space availability for the car park at its headquarters in New South Wales. Local company Holman Engineering implemented a solution which uses optical sensors above each parking bay to determine the status of the indoor parking spaces, while Sensit was used to monitor o monitor occupancy of the outdoor parking bays. Sensit uses surface-mount wireless parking se
November 4, 2016 Read time: 2 mins
A leading Australian supermarket chain has chosen 3838 Nedap’s Sensit wireless parking guidance system to provide accurate information on parking space availability for the car park at its headquarters in New South Wales.

Local company Holman Engineering implemented a solution which uses optical sensors above each parking bay to determine the status of the indoor parking spaces, while Sensit was used to monitor o monitor occupancy of the outdoor parking bays.

Sensit uses surface-mount wireless parking sensors that detect in real-time whether or not the individual parking bays are occupied and for how long. The sensor is a vehicle detection sensor features dual detection technology to provide accurate detection and is glued on to the surface of parking bays, enabling easy installation.

Real-time parking bay occupancy information on is displayed on several displays along the road leading to the car park, indicating the number of available parking bays.  

The web interface on the Holman system provides a graphical representation of the status of the car park and enables the user to create a range of different reports.

Related Content

  • June 2, 2016
    Belgrade gets smart with parking
    Public utility company Parking Servis in Belgrade, Serbia, has introduced a wireless parking solution to enable motorists to quickly find vacant parking spots, utilising Nedap’s Sensit system, in an effort to combat congestion caused by a growing number of vehicles and a limited number of parking spaces. Over 3,500 parking spaces within time-restricted parking zones will be equipped with Sensit wireless bay-mounted sensors that detect vehicle occupancy status and the parking duration of individual parkin
  • November 28, 2012
    Wireless parking sensors aid traffic reduction
    According to research carried out by Keypoint Consultancy on behalf of Winterswijk town council in the Netherlands, the search for a parking space in the town has reduced significantly as parking spaces are better utilised since a new parking guidance system was introduced earlier this year. Research carried out in 2008 by Keypoint indicated that the town was affected by the increasing parking pressure and reduced accessibility at peak times, causing considerable inconvenience to residential areas and redu
  • March 3, 2017
    Nedap enables smart bus parking in Singapore
    A smart bus parking system has been implemented by local company Eaglevision at the Woodlands Temporary Bus Interchange in Singapore, utilising the Sensit smart parking platform developed Dutch parking technology company Nedap. Sensit IR sensors and Sensit Flush Mount sensors, which detect the vehicle occupancy status and duration of parking, have been installed in individual parking spaces, connected to an electronic information display, to guide bus drivers to the nearest available parking bay.
  • July 24, 2012
    Intelligent parking guidance relieves congestion, reduces costs
    O R Tambo International Airport, near the city of Johannesburg, is the largest airport in Africa. It serves as the primary airport for domestic and international travel to/from South Africa and is one of 10 airports operated by Airports Company South Africa (ACSA). This airport places a massive demand on road infrastructure and parking facilities since a majority of travellers get to the airport by motor vehicle. The demand for parking left many people searching for a parking space for eight minutes or more