Haiyue Technology offers you a solution: see how multi‑storey parking garages can address the parking challenges in older residential communities.

In recent years, with the development of society Economy the development of, our country Car The growing number of vehicles in circulation starkly contrasts with the limited supply of parking spaces, a mismatch that is particularly acute in older neighborhoods and densely developed central areas. The resulting parking shortages have become a major source of frustration for many residents and a pressing challenge for numerous cities.

Due to their early construction dates, older residential communities were not adequately designed with vehicle parking in mind, nor did they incorporate long-term planning for parking spaces. As a result, these neighborhoods suffer from insufficient parking infrastructure and poorly organized layouts. Meanwhile, the number of privately owned cars among residents has surged, far outstripping the original parking capacity, exacerbating the supply‑demand imbalance. This situation has given rise to a host of social issues: disputes over parking spaces have strained neighborhood relations and sparked numerous conflicts, while haphazard parking has led to damage to green spaces, deterioration of roadways, and blockages of emergency and fire‑fighting access routes.

        In fact, the primary cause of parking difficulties in residential communities is the shortage of land resources. Under conditions of tight land availability, constructing automated multi‑level parking structures represents an effective solution to both current and future parking challenges.  

Compared with other parking methods, multi‑storey parking offers significant advantages:

( 1) High parking garage floor area ratio, saving land use.

The storage and retrieval of vehicles in automated parking systems are primarily accomplished through the vertical lifting or horizontal movement of pallets or racks, minimizing both the average space occupied per vehicle and the overall footprint. This significantly enhances land-use efficiency. Data show that automated parking systems require less land than conventional parking lots. 50%–80%, which is particularly important for older residential communities facing tight land‑use constraints.

( 2) Provincial operation with a high degree of automation

The automated parking garage employs intelligent control to enable automatic vehicle storage and retrieval. Sensors detect available parking spaces, and the system requires minimal on-site staff. Moreover, the operation consumes little energy and significantly reduces labor costs.

( 3) Excellent safety and high reliability

The access process operates without the involvement of drivers or other personnel, eliminating human error and enhancing both vehicle anti-theft measures and overall security. It also helps prevent serious public‑order incidents such as robberies within the garage.

( 4) Excellent environmental friendliness

Vehicles in the automated parking garage are parked by a mechanical system after the engines have been turned off, resulting in reduced exhaust emissions and lower indoor air pollution, which is beneficial for environmental protection.