Selection Principles and Technical Requirements for Intelligent Parking Equipment

As people's economic levels continue to rise, cars have become very common for us. Consequently, the parking equipment industry has experienced significant growth. Smart parking equipment, with its high space utilization, ease of use, high-speed safety, and intelligent fully automatic features, is increasingly occupying a larger share in the parking equipment market. Let's take a look at the selection principles and technical requirements for smart parking equipment together.
Equipment Selection Principles
The Capacity Principle determines the type of parking equipment on the basis of rational garage location, convenient vehicle access, and ensuring smooth garage operation, thereby increasing the garage's vehicle capacity.
2. The principle of environmental compatibility should also take into account the coordination with the surrounding environment and traffic flow, in addition to fully considering the safety of the garage and the convenience of operation.
3. Utilize reliability principles to ensure garage operation is both safe and reliable, while meeting operational functionality.
Basic Technical Requirements for Equipment
The entrance and exit dimensions of parking equipment, parking space dimensions, and personnel and equipment safety should comply with the national standard "General Safety Requirements for Mechanical Parking Equipment."
Ensure that the charging needs of new energy vehicles are fully considered under permissible conditions. During the design planning, allocate at least 10% (inclusive of flat parking spaces) and consider a combination of fast and slow charging options.
The operation of parking equipment should be integrated with the intelligent system, ensuring intuitive and easy vehicle storage and retrieval processes. Additionally, it fully considers unmanned scenarios, allowing vehicle owners to operate independently.
4. For fully underground parking equipment, consider moisture and rust prevention treatments for structural steel and vehicle handling mechanisms. Electrical components must ensure normal operation in an environment with humidity below 95%.
This concludes our introduction to the selection principles and technical requirements for smart parking equipment. We hope the information provided has been helpful.