Independent parking systems are an advanced solution for vertical parking, in which each vehicle can be retrieved on its own without having to move other vehicles. Unlike dependent systems, here every parking space is accessible independently, which significantly increases the convenience and practicality of the system.
These systems use a combination of vertical lifts and horizontal shuttles (or rotating platforms) to position vehicles on multiple levels, including underground shafts. The software controller automatically manages the entire process - from receiving the vehicle on the entry platform to positioning it in a free space and retrieving it on request. This is an intelligent solution for modern cities with high building density.
The most compact independent parking system, designed for parking 4 vehicles in an area sufficient for 2 conventional parking spaces. The system consists of two upper and two lower platforms; the upper ones are raised hydraulically, while the lower ones move horizontally to free up space for lowering the upper ones. Independent access to each of the four parking spaces. Load capacity up to 2500 kg. Ideal for residential garages and small office car parks.
A high-performance parking system that combines vertical lifting with horizontal movement across multiple levels - up to 8 levels with a capacity of up to 31 parking spaces. The automatic controller optimizes arrangement and routes for a minimum average access time of 90-120 seconds. Combined hydraulic and electric drive with an LCD display for available spaces. Ideal for medium-sized office buildings, hotels and residential complexes.
A specialized underground parking system with three rows, in which vehicles are lowered below ground level across multiple underground levels. The platform is raised to ground level to receive or retrieve the vehicle and is then lowered back down. Capacity of up to 3 vehicles per column (1 above ground + 2 underground). Watertight construction with a drainage system. Ideal for luxury residential buildings, historic centers and villas with minimal visual impact.
Independent parking systems are a key element in the Smart City concept. Integration with mobile apps, navigation systems and urban infrastructure allows drivers to reserve and pay for a parking space in advance, receiving navigation to the nearest available system. Data from the systems helps city authorities optimize traffic flow and plan future infrastructure.
Despite the higher initial investment compared to dependent systems, independent parking systems offer significant long-term cost optimization. The multiple increase in parking capacity without the need for additional space, low energy consumption, minimal maintenance costs and automatic operation without personnel lead to a fast return on investment, especially in urban areas with high land value.
| Model | Capacity | Load capacity (kg) | Levels | Access time | Drive |
|---|---|---|---|---|---|
| EPS204 | 4 spaces | 2500 | 2 | under 60 sec. | Hydraulic + Electric |
| Combiparker 555 | up to 31 spaces | 2500 | up to 8 | 90-120 sec. | Hydraulic + Electric |
| Parklift 413 | 3 spaces/column | 2700 | 3 (1+2) | under 45 sec. | Hydraulic |
