Hardware infrastructure is key—letting oddball parking‑space hogs become a thing of the past!

In some older residential neighborhoods, the lack of designated parking spaces has given rise to a “first‑come, first‑served” situation. To “prevent” this, many drivers resort to blocking their spots with various objects, ensuring that no other vehicles can park there. So let’s take a look at what people use to claim their parking spaces!

( Parking space locks are the most “polite” tools for claiming parking spots. )

( At first glance, I thought it was a bench for pedestrians. )

( The “owner” of this parking space is probably the contractor. )

( Don’t want the door, don’t want the house—just make sure you keep the parking space! )

( Advertise and reserve a parking spot—no conflict! )

Faced with the challenges posed by parking shortages, countries around the world have increasingly turned to multi‑storey parking garages as a solution. However, the development of such systems has been highly uneven across nations. Germany was among the first to pioneer this technology and now holds a world‑leading position in its advancement. Japan, where land is scarce, has adopted these systems most extensively; since introducing mechanized multi‑storey parking technology in 1959, by 1983 it had built 25,454 parking structures of various types, each capable of accommodating roughly ten vehicles on average.

From this, we can see the contribution that multi‑storey car parks make to alleviating the parking shortage. So, what does it look like when multi‑storey car parks are built in various settings?

Multi-story parking garages in old residential neighborhoods

Constructing multi‑storey parking garages in older residential neighborhoods can effectively alleviate the parking shortage. In these types of residential communities, roadways are relatively narrow. If vehicles are parked laterally, it can easily impede the smooth flow of other traffic. While longitudinal curb-side parking ensures unobstructed passage, it significantly reduces the number of available parking spaces. To address this issue, a one-way traffic system combined with angled parking can be implemented. This approach not only increases the number of parking spots but also maintains unimpeded traffic flow for other vehicles, as the one-way configuration does not interfere with normal vehicular movement.

Parking garages are commonly built in bustling areas.

In some bustling urban areas, several multi‑storey parking structures can be built. These structures transform conventional parking lots into three‑dimensional facilities. Traditional parking lots consume vast amounts of valuable land while providing only a limited number of spaces. By contrast, parking towers maximize the use of available land, significantly increasing the number of parking spots and helping to alleviate the chronic parking shortage in city centers. At the same time, Constructing parking garages near major commercial districts can also help boost consumer spending in the surrounding areas.

Make full use of underground resources.

Nowadays, many large shopping malls and newly built residential complexes make use of underground space to construct parking garages. These underground garages offer the advantage of protecting vehicles from wind and rain, and they typically come with well‑developed ancillary facilities. However, it’s important to note that during the rainy season, when rainfall is heavy, vehicles parked in underground garages may be at risk of flooding. Therefore, it’s best to avoid parking in underground lots when the rainy season arrives.