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CxC Parking

The integration of radar technology in a smart parking node enables higher precision in IoT applications to detect the occupation of parking spaces with the many benefits this offers for, among others, drivers, municipalities and the environment.

 

Detecting the occupation of parking spaces is the main use case for the inclusion of a radar sensor in the new smart parking node. By adding the possibility to detect the availability of parking spaces through radar technology the company wants to meet growing demand for greater precision in smart parking devices.

SOLUTION BENEFITS

Less fuel is wasted

Drivers are directed straight to an available parking spot. Therefore they waste fewer kilometers driving around in circles looking for vacant parking space.

Save money

Obviously, by driving more efficient when in search of parking space, you will save on fuel waste. Resulting in spending less money on petrol.

Save time

Additionally, by driving fewer kilometers when in search of parking space, you will save valuable time which can be spent on work, fun or hobbies. Resulting in spending less money on petrol.

Increase in safety

Drivers are less distracted looking around for a spot because they know where they can park their car. They will have their full attention on the road. By having their eyes on the road, accidents will decrease and safety will increase for themselves, other drivers and pedestrians.

SOLUTIONS
FEATURES

The quality of city life across the world is negatively impacted by atmospheric pollution and congested roads. Road congestion results in lost time for motorists, wasted fuel and is a major cause of air pollution. A significant contribution to congestion arises from motorists searching for available parking spaces – often requiring a considerable time before they are successful – and is a major cause of driver frustration. Providing accurate information to drivers on where to find available parking spaces helps traffic flow better and allows the deployment of applications to book parking spaces directly from the car.

Radar technology offers improved performance compared to magnetic or infrared detection. Moreover, radar parking devices are not vulnerable to electromagnetic interference nor do they give false positives for vehicles parked near or in double rows, Libelium adds.

Their performance is more consistent in any luminosity condition, more stable in long stay parking cases and they are not affected by the proximity of traffic movements such as passing bus or heavy trucks. Additionally, the maintenance of radar parking sensors is much easier as they are not affected by dirt, dust, rain or oil spills.

  • Fully compatible with LPWAN radio technologies 
  • Connected with radios for European band (868 MHz) and US/Canada band (900-930 MHz)
  • Remote management and bidirectional communication
  • Built in Lithium batteries
  • Magnetic detection

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