Smart Parking solution can reduce
- Traffic volume: -8%
- Gas emissions: -40%
- Km. travelled: -30%
- Time spent: -43%
IoT Solutions
Smart Parking
The IoT technology enables the detection of parking spots availability indoor and outdoor.
The challenge
Driving around looking for an available parking spot:
- Wastes fuel
- Increases pollution
- Produces traffic-jams
- Causes anxiety
By 2050 66% of world population live in urban areas. It requires new mobility plans of metropolises.
IoT Solution for Parking
Looking for a parking spot
- Ten minutes searching for car parking several times
daily means more than 240 hours per year, and an
average of 700 complete days in your life.
Applications of IoT technology for Parking
There are large numbers of vehicles that need to be positioned appropriately to avoid congestion. In such situations, a Parking Guided System provides drivers with directions and accuracy in terms of parking their vehicles.
Urban spaces
Shopping malls
Airports
Hospitals
Sports centers
Universities
Benefits of IoT technology for Parking
Direct benefits
In urban areas.
To control…
- Capacity optimization
- Special permits
- Loading /unloading areas
- Taxis and public transport stop areas
- Disabled places
- Emergency vehicle areas
- Electric vehicle recharging points
In commercial areas (malls, hotels, thematic parks…)
To establish…
- Pricing strategies
- Customer experience strategies
- User consumption models
Indirect benefits
Having real-time information about parking spots:
- Reduces parking violations
- Reduces noise pollution
- Reduces gas emissions
- Increases parking revenues by up to 35%
- Improves reputation of being a greener city/facility
- Improves urban mobility and city planning
Smart Parking Products
Libelium has integrated radar technology in detecting the availability of parking spaces aiming to meet the growing demand for greater precision of smart parking devices.
The new smart parking node improves detection and stability performance thanks to a radar sensor that allows precise detection (99%) of vehicles parked over the device.
Features
Radar detection system
Radar technology offers improved performance compared to magnetic or infrared detection devices.
They are not vulnerable to magnetic interference and do not give false positives for vehicles parked in double rows.
Better stability
The performance is more consistent in any condition of luminosity, more stable in case of long-stay parking, and is not affected by the proximity of traffic movements such as buses or heavy trucks.
Easy maintenance
The maintenance is much easier as the devices are not affected by dirt, dust, rain or oil spills.
Triple installation option:
- On surface
- Semi-underground
- Underground
Wireless communication protocol
When the device notices a change in the parking lot status, it sends the data to the cloud through the LoRaWAN network.
- Available for Europe, US, Latam, Australia and Asia Pacific.
- Nodes provisioning in the LoRaWAN network server at any one time including default time settings and unique LoRaWAN identifiers and keys.
- Configuration via Smart Devices App (Java desktop application).
SMART PARKING DEVICES
Best accuracy in the market
- Improved detection with radar and magnetic technology combination.
- Better performance and stability
- IP68 and IK10 protection and fully certified (CE and FCC).
- Three ways of installation (on surface, buried, semi-buried).
- Almost zero maintenance needed.
- Over the air set up.
- LoRaWAN communication protocol.
Smart Parking Success Stories
IoT technology to monitor parking for disabled citizens in the North of Spain
Mobility management and the environmental impact caused by traffic are two of the major concerns for many municipalities today.
Smart Parking IoT platform to increase the efficiency of electric car recharging station
Smart Parking project in Montpellier to relieve traffic congestion and reduce car parking search
Contact us
If you want more info about Parking applications
