In concrete terms, smart parking lots use digital data from sensors to show:<\/p>\n
- \n
- the number of available spaces in particular parking lots<\/li>\n
- how long vehicles have been parked<\/li>\n
- when parking time limits have been exceeded<\/li>\n
- vehicle license plates in particular parking lots<\/li>\n<\/ul>\n
To collect this data, parking lots are equipped with sensors and cameras connected to software that processes the usable information<\/strong>. Various intelligent technologies are then used, such as optical counting to know the number of available spaces, vehicle guidance to allow motorists to move quickly to empty spaces or license plate reading to identify the vehicles present. By linking this data to wider smart city<\/a> apps (and in the future to smart cars), drivers can be automatically guided to free parking spaces.<\/p>\n
What are the advantages of smart parking?<\/h2>\n
The development of smart parking benefits both organizations and drivers:<\/p>\n
Local authorities<\/h3>\n
Local authorities benefit in multiple ways:<\/p>\n
- \n
- Improved urban parking<\/strong>: sensors detect overused or underused parking lots. This information can be used to plan and create new infrastructure or to modify existing facilities to increase usage.<\/li>\n
- Improved environment<\/strong>: looking for a parking space for hours is not only frustrating for drivers. It is also bad for the environment, increasing emissions and reducing air quality. It can contribute to the emission of several hundred tons of CO2 per year. Essentially as citizens will be able to find spaces more quickly, they will pollute less.<\/li>\n
- Increased visitor numbers<\/strong>: Many people avoid cities due to issues with parking. Making the process seamless encourages tourists and return visitors, keeping cities vibrant and helping the local economy.<\/li>\n<\/ul>\n
Parking managers<\/h3>\n
Real-time data from intelligent parking facilities provides a decision-making tool for parking managers:<\/p>\n
- \n
- Better management<\/strong> to continuously optimize occupancy rates, such as by sending people to specific parking lots.<\/li>\n
- Optimal maintenance of parking lots<\/strong> through connected sensors<\/a> that can identify faults or equipment that needs repair.<\/li>\n
- Improved profitability<\/strong> thanks to the simplified identification of empty spaces, which ensures a maximum fill rate.<\/li>\n
- Citizens<\/li>\n<\/ul>\n
Smart parking solutions represent a real time-saver for users, which contributes to citizen satisfaction and reduces their use of gasoline as they are not driving around searching for a space. It reduced frustration and road rage.<\/p>\n
Intelligent parking: use cases<\/h2>\n
Just like smart cities, new services are constantly being developed for smart parking. Here are some examples from among Huwise’s customers<\/a>:<\/p>\n
- \n
- Saemes<\/strong>, a smart mobility operator in the Paris region, has opened access to its parking data. The objective is to allow drivers to easily find available parking spaces. Saemes uses Huwise\u2019s portal to share information, which is then reused by other public or private players to create new services.<\/li>\n
- The cities of Bordeaux and Orleans in France<\/strong> both allow their citizens to find parking spaces, with availability updated in real-time.<\/li>\n
- The city of Li\u00e8ge in Belgium<\/strong> provides an interactive map that allows users to consult available parking lots and short-term parking spaces.<\/li>\n<\/ul>\n
- The cities of Bordeaux and Orleans in France<\/strong> both allow their citizens to find parking spaces, with availability updated in real-time.<\/li>\n
- Optimal maintenance of parking lots<\/strong> through connected sensors<\/a> that can identify faults or equipment that needs repair.<\/li>\n
- Improved environment<\/strong>: looking for a parking space for hours is not only frustrating for drivers. It is also bad for the environment, increasing emissions and reducing air quality. It can contribute to the emission of several hundred tons of CO2 per year. Essentially as citizens will be able to find spaces more quickly, they will pollute less.<\/li>\n
- Improved urban parking<\/strong>: sensors detect overused or underused parking lots. This information can be used to plan and create new infrastructure or to modify existing facilities to increase usage.<\/li>\n
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