3D parking spaces have achieved better vehicle management by solving the parking problem, and the corresponding parking lot locations and space utilization efficiency have greatly improved, making the application of these mechanical parking spaces more common in China's urban environment. Based on the functionality and application mode of mechanical parking spaces, several necessities of using such mechanical parking spaces can be identified.
First, it is an important way to improve land utilization efficiency nowadays;
Achieving better stereoscopic application in a limited space environment can make the urban space more valuable. Well-rated mechanical parking spaces with vertical parking methods can provide more parking areas in limited space, which undoubtedly eases urban traffic congestion and improves the tidiness of the city. This also improves the efficiency of using land in the city.
Second, it is an important foundation for improving vehicle management and services nowadays;
The brake recognition system carried by today's mechanical parking spaces can better inspect the number and actual parking position of vehicles, guide the parking direction, and provide better implementation space for related charging. With the intelligent function of these mechanical parking spaces, orderly management and arrangement of vehicles can be achieved, improving the quality of vehicle parking.
It is evident that the application of mechanical parking spaces has improved the effectiveness of current urban design in China and provided better implementation space for urban environmental beautification. By reducing the cost within the space, utilizing the unique intelligent effects of mechanical parking spaces, and achieving orderly management and application, these mechanical parking spaces enhance the quality of vehicle management and the safety of actual parking in China.