Automated parking lots with artificial intelligence represent an innovation in the field of parking, optimizing space and improving efficiency in the vehicle parking process.
These systems also combine the capabilities of AI technology and robotics to automate space allocation, pick-up and delivery of vehicles without the need for human intervention.
In fact, through the use of sensors, cameras and advanced softwarethey can identify the size and type of vehicle, assign it the most suitable space available and then move the vehicle into place using robotic platforms or mechanical lifts.
In addition, artificial intelligence makes it possible to optimize the use of available space, allowing to accommodate a greater number of vehicles compared to a conventional parking lot.
This technology also helps reduce the time drivers spend looking for parkingas well as reducing polluting gas emissions, because the cars are turned off during the parking process.
Automated parking lots with artificial intelligence are being implemented in various parts of the world, especially in urban areas with limited available spaceand some notable examples are:
- West Hollywood, California, USA: The West Hollywood automated parking lot is one of the most advanced in North America. It uses a robotic platform system that moves vehicles from the entrance to their assigned parking spot without any human intervention. With capacity for 200 vehicles, the system significantly reduces the carbon footprint by eliminating the need for cars to circulate looking for space.
- Car Park Tower, Dubai: In Dubai, known for its commitment to innovation and technology, is the Car Park Tower, a fully automated parking lot that not only maximizes space, but also provides fast and efficient service to its users.
- Autostadt, Wolfsburg, Germany: This complex, owned by Volkswagen, in addition to being an automobile museum, has high-rise automated parking towers. Vehicles are deposited in assigned spaces using an automated transportation system, which turns the act of parking into a futuristic experience. Each tower has capacity for 400 vehicles.
- UMC Utrecht, Netherlands: The University Hospital of Utrecht has an automated parking system to optimize space and improve the experience of its visitors. This system allows efficient management of the limited space available in densely populated urban areas.
- Yumi Apartments, Tokyo, Japan: Japan is a pioneer in the use of automated parking lots due to the limitation of space in its cities. Yumi Apartments is an example of how automated parking technology with artificial intelligence can be integrated into residential buildings to maximize the use of available space.
It is important to note that a user who witnessed the operation of one of these parking lots decided to share his experience from his Instagram account, highlighting that it is the future of parking “with AI-powered lots revolutionizing the urban landscape.” Inuso claims to guarantee “efficient and hassle-free experiences.”
This technology has the potential to transform cities, making them more efficient, sustainable and habitable. Here are some ways AI can improve cities:
- Traffic and mobility management: AI can analyze real-time data from multiple sources to optimize traffic flows, reduce congestion, and improve public transportation efficiency. Intelligent traffic light systems can adjust light patterns in response to current traffic conditions, while mobility applications can provide optimized routes to users based on the live traffic situation.
- Improved air quality: Through the use of sensor networks and AI algorithms, cities can monitor air quality in real time and predict pollution levels, allowing the implementation of preventive measures to protect public health. It can also help identify the main sources of pollutants and suggest changes in urban planning to improve air quality.
- Waste management: Smart systems can optimize waste collection by identifying containers that need to be emptied and creating efficient routes for garbage trucks. This can not only make the process more efficient, but also reduce emissions from collection vehicles.
- Water conservation: AI can help in detecting leaks and predicting water demand in different areas of the city, allowing for more efficient management of water resources. In addition, it can contribute to the optimization of irrigation systems in urban green areas, reducing water consumption.
- Citizen security: AI systems can help security forces in surveillance and rapid identification of risk situations through the analysis of images and data in real time, allowing a faster and more effective response.
