The presentation of a three-dimensional garage is mainly due to the rapid increase in the number of cars and the small size of the parking lot. Space is limited, but the three-dimensional garage is infinite. In order to increase parking spaces, people are making efforts to increase the vertical height and use parking equipment to build three-dimensional garages to increase parking spaces. In the design of a three-dimensional garage, designers will choose the type of three-dimensional garage based on the characteristics of the client's project address. Starting from the height and net height requirements of the three-dimensional garage, we will talk about some common problems encountered in the design of three-dimensional garages in terms of floor height.
Stereoscopic garages can be divided into 9 categories:
Puzzle Parking, vertical lifting, flat moving, aisle stacking, simple lifting, vertical circulation, horizontal circulation, multi-layer circulation, and car elevators.
In open areas, if there is no limit on the floor height, a three-dimensional garage can be built into a tower building with up to 25 floors, which can be either a concrete building or a fully steel structure. If there is a height limit, it can also be built as a 25 story building that combines above ground and underground.
The net height required for the construction of a common two-story elevated and horizontally movable three-dimensional garage in the basement is generally 3.65 meters. Most newly-built real estate projects have already taken into account the need for building a three-dimensional garage in their basement design. Some basements reach a height of 3.65 meters, but due to the presence of exhaust ducts, the net height is reduced. Therefore, it is not possible to construct a two-story vertical garage with a net height lower than 3.65 meters.
