With the increasing demand for parking space in large cities and urban areas, automated parking systems have become a leading solution to optimize space and improve efficiency. Modern parking systems not only increase capacity but also integrate advanced technologies, providing high convenience and safety for users. Below are the most common types of automated parking systems and how they are categorized.
1. Common Automated Parking Systems
Currently, there are various types of automated parking systems depending on the needs and installation space, from basement parking lots in residential buildings to multi-story systems in shopping centers and public facilities.
a) Puzzle Parking System
The Puzzle Parking System is commonly used in areas with limited space. This system consists of stacking parking levels from 2 to 6 stories, which helps increase the number of parking spaces in a small area. The system is usually controlled by intelligent software, allowing cars to move horizontally and vertically like a puzzle game, optimizing parking space.
b) Elevator Parking System
This system operates like an elevator, lifting and lowering cars from the ground level to higher floors. With a compact design and minimal space requirement, this system is ideal for city-center areas where installation space is very limited. It is commonly seen in parking lots of office buildings and commercial complexes.
c) Rotary Parking System
The Rotary Parking System works by rotating cars around a central axis, allowing them to move up to higher levels without requiring a large horizontal space. Suitable for residential and commercial areas with limited space, this system has a compact design and the ability to store many vehicles in a small area. It is also a popular choice in busy locations such as shopping malls or hospitals.
d) Underground Parking System
Underground parking systems are often used in premium projects, especially in residential complexes, shopping malls, or areas requiring high aesthetic value. Vehicles are transported down to underground floors through a lifting system. This system helps save ground space and provides green areas on the surface.
2. Classification of Smart Parking Systems
Apart from classification based on operating mechanisms, smart parking systems are also categorized based on technology and the level of automation.
a) Fully Automated Parking System
The fully automated parking system is the most advanced type, operating entirely with machinery and software without human intervention. Cars are transported to parking spaces via sensors and remote control devices, ensuring space optimization and minimizing collision risks. This type is suitable for high-end, modern projects that require high safety and convenience.
b) Semi-Automated Parking System
In semi-automated parking systems, drivers need to move the car to a designated spot before the system automatically transports it to its final parking position. This system is ideal for areas with limited space but does not require complete automation. Semi-automated systems typically have lower installation costs compared to fully automated ones.
c) IoT-Connected Parking System
IoT-connected parking systems are becoming increasingly popular in smart cities. Sensors and cameras monitor parking spaces and notify available spots via mobile apps. Drivers can check and reserve a parking space in advance, saving time searching for parking. This is an ideal solution for public parking lots or large commercial centers.
d) Parking System Integrated with EV Charging Stations
With the rise of electric vehicles, many modern parking systems now include electric vehicle charging stations. This solution meets the needs of electric car drivers, allowing them to easily charge their vehicles while parked. This system is particularly useful in parking lots at shopping malls, tech parks, and green urban areas.
3. Benefits and Applications of Modern Parking Systems
Automated and smart parking systems not only optimize space but also reduce environmental pollution and improve the quality of living spaces. Thanks to advanced control technologies, users can easily find and park their cars safely, saving time and effort.
These systems are commonly applied in residential complexes, shopping malls, office buildings, and hospitals, where traditional parking lots cannot meet the actual demand. They are also gradually being applied in factories and industrial zones, where space needs to be optimized for production activities.
Conclusion
Modern parking systems not only provide space efficiency but also meet the growing demand for convenience and safety. Depending on the scale and needs of a project, developers can choose between puzzle parking systems, rotary parking systems, or underground parking systems, among many other solutions, to optimize space and enhance the value of their buildings.
ETEK proudly provides and installs reputable automated parking systems in Vietnam, offering the most advanced parking solutions to meet the diverse needs of customers.