Why choose a vertical circulation system for a three-dimensional car park?
Published Time:
2021-12-17
I believe many people must have encountered this problem. When they drive to their destination, they find that parking spaces in the underground parking lot have already been occupied, which is far and troublesome. They were lucky enough to park their car by the roadside, only to find a ticket floating on the car window upon their return. Traditional parking lot construction faces rigid constraints on land resources and cannot meet rapidly growing demands. Multi-story garages will become the mainstream in the future.
Automated Parking Garage Why choose a vertical circulation system?
Many people have encountered this problem. When they arrive at their destination by car, they find that the parking spaces in the underground parking lot are already occupied, far away, and inconvenient. They are lucky enough to park on the roadside, but when they come back, they find a parking ticket on the car window. Traditional parking lot construction faces the rigid constraint of land resources and cannot meet the rapidly growing demand. Automated parking garages will become the mainstream in the future.

According to the different types of automated parking systems, they can be roughly divided into: lift and transfer, vertical circulation, lane stacking, vertical lift, and simple lift, etc.
01 Lifting and Transfer Type
Lift and Transfer System Automated Parking Garage This is a simple automated parking garage that uses the lifting and/or horizontal movement of the car carrier to access the mechanical parking equipment.
Suitable for residential communities, building basements, and underpasses.
02 Lane Stacking Type
A lane stacking automated parking garage is a mechanical parking device that uses lane stacking machines or special cranes to move cars horizontally and vertically to a predetermined parking position or retrieve cars in reverse.
Suitable for residential communities, etc.
03 Vertical Circulation Type
A vertical circulation-style automated parking garage is a mechanical parking device that uses a car carrier system that moves vertically in a loop to access and park cars.
Suitable for residential communities, shopping malls, government offices, hospitals, and businesses.
Among all automated parking garages, the vertical circulation Automated Parking Garage is widely used, occupies a small area, and has a large capacity. Using two ground-level parking spaces, 5 to 20 cars can be parked simultaneously. Secondly, it is simple to install and operate, flexible in configuration, and convenient for car retrieval; thirdly, it is stable in operation, reliable in braking, high in safety, and has a light and beautiful appearance.
Compared with traditional parking lots, the circulation-style vertical parking garage has the advantages of low investment and small land occupation. Government documents have repeatedly mentioned encouraging the construction of vertical circulation-style parking garages, which will become the main investment direction in the future parking market.
However, in reality, not all vertical circulation-style automated parking garages are trustworthy. Some companies use low-price competition to seize the market; and there is a lack of enterprises with a certain scale, insufficient production capacity, and low level of technological innovation, seriously lagging behind the development and management of the parking industry. This has led to a misunderstanding of the entire vertical circulation automated parking garage market.
In fact, the vertical circulation system is a very good product, and only professional and safe automated parking garages are trustworthy.
Intelligent automated parking garages include vertical circulation, vertical lift, lift and transfer, simple lift, planar movement, and lane stacking types. They can adapt to different terrain conditions, and the product layout is flexible. Using an internet interactive platform, cars are operated and stored using visual buttons, cards, scanning, apps, and mini-programs, with a high degree of intelligence, making use of space, high car capacity, and freeing up manpower and time.
In the construction of smart parking, on the one hand, urban parking space is expanded through hardware, namely the construction of automated parking equipment; on the other hand, in software construction, internet software is used to collect and integrate parking data, providing data support for real-time dynamic traffic construction. For example, first-tier cities such as Beijing, Shanghai, Guangzhou, and Shenzhen have made many attempts in smart parking while developing smart cities. More and more automated parking garages are springing up in these places. In the future, more intelligent automated parking garages will also appear in more small and medium-sized cities or places with prominent parking problems, which will help the development of smart cities.
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