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Managing parking in high demand locations
Our smart parking project
The Integrated Smart Parking project seeks to use smart technologies to better manage public parking in high-demand areas.
Randwick City Council is trialling technology in 2019 and 2020 in some areas of Coogee, Kingsford and Kensington.
The Integrated Smart Parking project is being jointly funded by Randwick City Council and through a grant from the Australian Government’s Smart Cities and Suburbs program. It is a joint initiative between the Australian Government, Randwick Council, The University of New South Wales and BaseUp Technologies Pty Ltd.
How does it work?
The project involves the use of cameras and inground sensors to live monitor the availability of parking spaces in certain areas. Community surveys will also be undertaken to better understand parking needs and preferences.
Data collected from sensors and cameras will be conveyed to motorists via onsite digital signage or websites and apps to direct motorists to available parking. It will also be combined with community survey responses to help shape Council policy.
The University of New South Wales is undertaking a survey to better understand parking preferences, attitudes and behaviours. The information collected through surveys will be combined with real-time data from the sensors and cameras to predict parking demand and help shape Council policy.
In-ground sensors work by inserting a small sensor in each parking space. The sensors are typically installed flush with the ground or slightly below the surface and covered to ensure that they don’t pose a trip hazard. The sensor detects when a vehicle is parked in the parking space and sends this information back to a central processing platform. In-ground sensors are the simplest and most widespread method used for monitoring parking availability. To function, inground sensors require parking spaces to be line-marked.
Cameras can be used to determine whether a parking space is occupied or available through video imaging and analytics. The images collected are de-identified so that number plates and faces are not recognisable.
Cameras have the potential to be more cost efficient than sensors as they can monitor multiple spaces at once. They also have additional benefits such as the ability to monitor unmarked spaces, identify hazardous parking, and record information such as the size of each space. However, due to the volume of data that cameras transmit, they generally require a nearby Ethernet or 4G network connection. They also cannot be used in areas with tree canopy coverage or other visual impediments. Council is trialling this technology in the Coogee Oval off-street car park.
Smart parking trial
Council is trialling smart parking technology in two locations in Coogee:
- Coogee Beach off-street car park (near Coogee Pavilion)
- Coogee Oval off-street car park
Sensors will be installed in each car space in the Coogee Beach car park and cameras will be installed in the Coogee Oval car park. Live data will be broadcast on digital signs at the approach to the car parks.
It is hoped the signage will help alleviate significant congestion that occurs on busy summer days.
Council is trialling smart parking technology in two locations in Kensington:
- Bowral Street (between Anzac Parade and Doncaster Avenue)
- Villiers Street (between Todman Avenue and Addison Street)
Inground sensors will be installed in each parking space on Bowral Street and Villiers Street. Existing parallel parking spaces on both roads will be line-marked to allow the technology to work.
Council is trialling smart parking technology in the following locations in Kingsford:
- Borrodale Road (between Anzac Parade and Houston Rd)
- Houston Lane car park (cnr Houston Lane & Borrodale Road)
- Houston Road car park (off Houston Road)
Inground sensors will be installed in each parking space in this Kingsford trial area (excluding carshare spaces). A small area of existing parallel parking on Borrodale Road will be line-marked into two standard sized parking bays to allow the technology to work.
Frequently Asked Questions
Is Council installing more parking meter areas?
Council is not changing the existing parking meter areas at Coogee Beach. This project is about making it easier to find a parking space and reducing congestion caused by motorists doing laps looking for a car park. It is not linked to metered car parking. The only public metered parking locations in Randwick City are at Coogee Beach and these propose to remain unchanged.
Can multiple motorbikes or scooters still park in the same space?
Yes, scooters and motorbikes can continue to occupy the same parking space.
What happens if a scooter or motorbike parks in a parking space but doesn’t trigger the sensor?
Council is trialling the technology to find out if issues like this will occur. It is possible that a scooter or motorbike parked in a marked space may not trigger the sensor and it will come up as free on signage and the website. This is less likely to occur in a camera monitored parking area due to the technology being able to identity the space being occupied.
Will Council use the data for parking enforcement?
Yes. One of the benefits of the smart parking technology is that it can help Council enforce time limits more efficiently. This helps encourage a turnover of parking spaces which is good for local businesses and means shoppers and visitors can find a park more easily.
I have a Resident Parking Permit, how will the smart parking trial affect this?
Holders of Resident Parking Permits will be able to continue parking in designated resident parking zones irrespective of whether they have sensors or not. The sensors may even help local residents find spaces more easily or be able to move vehicles closer to their premises when they become available.
I live nearby, can I object to the proposal?
Council welcomes feedback from everybody about the smart parking trial. Your feedback is really useful to help us understand how it works and how it can be improved. Should you have any feedback, please use our Contact Us page to let us know.