Monitoring of Parking Spaces

The urban population continues to grow year by year and mobility of citizens become a growing issue with ecological aspects on stake. The cities are looking for intelligent solutions in order to increase comfort of motorists using individual transportation means whilst reducing its negative environmental impact.

With the implementation of on-street sensors, IEM provides a precise view of any on-street parking activities. This innovative solution meets the needs of communities to better manage traffic in inner cities and reduces the search traffic for motorists and thus reducing pollution.

schema parking space monitoring

Equipments

Sensors

The second generation of IEM’s PrestoSense sensors feature dual detection, both magnetic and ultrasonic. Presence or absence of a vehicle is detected and transmitted in real time with a 2 second detection cycle. The reliability of this patented technology is as high as 99.5%. The installation is simple, done with 3 screws into the ground. The lifespan of a sensor is 8 years under normal usage conditions.

Communication via LoRaWAN Network

The PrestoSense detectors use Internet of Things technology, based on LoRaWANTM  (Low Power Wide Area Network) to communicate with the Parking Platform. The technology is optimized for the transmission of small data volumes with very little power consumption. The network can be deployed either by IEM, the city or a telecom operator.

Parking platform

The detector status’ are transmitted to IEM’s parking platform. Besides the presence data, the platform collects payment data from parkmeters and virtual payment data from smartphone apps. All these information are processed and analyzed in the Presto1000 operator portal.

Operator portal

Presto1000 provides an overview of a cities parking situation. Sophisticated reports inform the operator about occupancy and motorist’s behaviour.

Motorist portal

Motorists can view parking occupancy via PrestoPark, a cities service offering for motorists. The driver can use his smart phone to check available parking spaces and optimise his travel time.

Applications

The PrestoSense detectors provide real time occupancy data of a city’s on-street parking spaces. They will be used by the city for various applications from analytics of parking occupancy to influence motorist’s behaviour.

Presto1000 smartphone app

Real time monitoring

The Presto1000 operator portal provides an overview of the technical conditions of detectors and their current status (occupied, free, or parking violation). The enforcement officer uses his PDA to locate any vehicles with violations, Alerts can be set for a quicker response. IEM’s enforcement application also provides a control path optimization, guiding the officer to the next vehicle with parking rule violations.

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Parking Space monitoring

As valuable analysis- and decision support tool, Presto 1000 records all parking activities on the parking spaces equipped with sensors. Presto1000 supports the operator to understand motorists parking behaviour by measuring the occupancy rate over time, the vehicle turnover rate as well as the compliance with parking rules. The PrestoSense detectors support municipalities in defining their parking policy and allow them to measure the results.

IEM smartphone app

Intelligent guidance

Reduction of search traffic and thus reduction of air pollution are key objectives when putting a detector network in place. Guiding motorists to the next available parking space, the sensor infrastructure is reducing search time by up to 15 minutes on average. IEM has developed PrestoPark and interfaces to dynamic panels installed in the city to visualize free parking spaces. Additionally, free spaces can also be displayed on the on- board GPS system.

3rd party interface

Interfaces to third-party applications

IEM grants access to detector data collected and stored on the parking platform via a web interface.  Third party application can be used to feed real time detector data into a city’s dynamic parking guidance system or independent or built-in GPS devices.