What should be considered in the design of mechanical parking spaces?

As the number of private cars driving on the road increases, it also means that people will need more and more parking spaces. Due to the increasing demand for parking spaces, there have been various perspectives on the construction of parking spaces. Therefore, it is necessary to discuss what specific factors need to be considered in the design process of mechanical parking spaces.

1. Bearing capacity of steel

The bearing capacity of a good parking space is not the higher, the better. Compared to other parking spaces, the construction of mechanical parking spaces tends to focus more on the construction of the spatial level. It is essential to ensure the bearing capacity of steel under the premise of multi-layer construction, but also to consider the specific weight-bearing issues of the vehicles. Ignoring the actual situation and excessive increase in weight-bearing capacity can result in material and budget waste.

2. Planar design and construction

The design and construction of the parking space plan are closely related to the specific use of the parking space. This includes the specific number of parking spaces contained in the same plane, and the size of the vertical space that can accommodate the parking spaces. Good design and construction can consider various situations in advance to avoid inconvenience after the completion of construction, making it difficult to make structural changes.

3. Selection of column grid dimensions

In order to construct good parking facilities, every detail of the parking spaces should be considered in advance, such as the capacity of large parking spaces and the selection of dimensions for small parking space components. The specific choice of dimensions should match the parameters on the design drawings, and should also consider the specific size of the vehicles in advance to prevent restrictions on subsequent vehicle parking.

Selecting suitable and well-constructed mechanical parking spaces can provide users with a good experience. Not only does it meet the basic functional requirements, but it also adds value to the specific psychological comfort. A convenient user experience means impeccable design and a reduction in the occurrence of malfunctions, allowing more time and energy to be spent on more worthy details and perspectives.