Fully Automatic Parking Systems

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Company Profile

Shandong Dongfang Huachen intelligent parking equipment Co., LTD was established in 2015, specializing in the research, design, manufacture, installation and maintenance of mechanical parking equipment.The company is a member of China Parking System Association, high-tech enterprises, currently has more than 100 invention and utility model patents.In the industry in a leading position.

Oriental Huachen makes full use of the advantages of talent, technology and equipment to explore the domestic and international markets.Our products have been exported to Europe, Africa, Australia, Southeast Asia and the Middle East.Is a well-known manufacturer of mechanical parking equipment in China, committed to continuously providing innovative and excellent products, to become a leader in mechanical parking solution providers.

Why choose us?

Processing workshop

The company has a modern production and processing workshop, covering an area of more than 10,000 square meters.

Equipment

Dongfang Huachen is committed to providing stable and reliable mechanical parking equipment.

Manufacturing process

Using advanced technology, better materials, and more sophisticated manufacturing processes.

User experience

Keep all products updated to provide better user experience.

What is Fully Automatic Parking Systems

The fully automatic parking systems works with a combination of conveyance devices, software technology, and a mobile app for the best user experience. The system consists of an array of electro-mechanical infrastructure and computer-controlled robots. The conveying devices are capable of vertical and horizontal movement and used to store/retrieve vehicles to/from available multi-depth parking positions without human intervention.

Benefits of Fully Automatic Parking Systems

More cars fit in a compact area
APS's are beneficial because they help save space. This is especially true in the case of fully-automatic parking systems, where attendants do not have to park cars. This means that each vehicle can be parked closer to one another because no one will have to get out of their cars.

Limits construction costs and time
APS's limit the time, money, and resources that construction companies would typically spend when working to create a fully-functioning parking garage. With normal parking garages, construction crews have to take into account stairwells, pedestrian walkways, exit routes, elevators, and even the height of the ceilings to accommodate the types of people and vehicles which will make use of the garage service. With APS's, there might not be a need for stairwells, elevators, or large parking decks, as the only people coming and going from those areas are parking attendants.

Better security for cars and personal property
Because of its limited space and inaccessibility to car-owners and other pedestrians, APS's prevent vehicles from being damaged or personal items from being stolen out of them.

Promotes pedestrian safety
Automated parking systems can also be beneficial to pedestrian safety, as drivers and passengers do not have to maneuver through cramped parking garages with little space for pedestrians to walk. This could prevent car-pedestrian accidents from occurring.

Reduces harmful emissions
APS's could help reduce harmful car fume emissions. In parking garages, some people drive in circles trying to find a space, whereas, in automatic parking systems, the machinery directs cars to an empty spot if available, what's more, the vehicle is typically turned off throughout this process, limiting emissions even more.

More manageable for disabled individuals
Handicapped individuals (drivers or passengers) can exit their car on level ground and do not have to navigate steep inclines, declines, or stairwells. For this reason, APS's could be extremely beneficial to them.

Types of Fully Automatic Parking Systems

Shuttle parking system
The shuttle features a pallet exchanger, commonly known as a conveyor belt, which facilitates the movement of vehicles between the shuttle and the assigned parking space during parking or retrieval operations.

These shuttle systems vary in size, ranging from single-level to multi-level configurations, and can accommodate larger parking capacities. It is important to note that this parking system is specifically suitable for basement and outdoor parking arrangements.

Puzzle parking system
Puzzle Parking is a semi-automated system that incorporates combination pallets to facilitate horizontal and vertical movement of parking spaces, resembling a puzzle-like arrangement for parking and retrieving vehicles.

In this system, a vehicle enters the parking bay located on the ground floor and is transferred to an elevated level using a Car Pickup Pallet. A lift carries the vehicle to the desired floor for parking.

Rotary parking system
The rotary parking system is purpose-built to maximise car storage within the horizontal space equivalent to two standard parking spots. This innovative structure can accommodate six cars, effectively utilising the space typically occupied by just two vehicles.

In this parking system, vehicles initially enter the parking bay on the ground floor. Subsequently, all the cars rotate clockwise, ensuring an empty parking bay becomes accessible on the ground floor. This rotation mechanism facilitates efficient utilisation of the available space while providing convenient access to parked cars.

Stacker parking system
The stacker parking system employs a specialised moving device called a "stacker" to park and retrieve vehicles. The system incorporates a robotic mechanism that efficiently pulls and pushes vehicles to and from the lift or designated parking bay.

The stacker parking system significantly reduces the time required for car entry and retrieval processes by enabling simultaneous movement in both vertical and horizontal directions.

Automated guided vehicle (AGV) parking systemautomated guided vehicle (AGV) parking system
The AGV Parking System is ideal for installation within an enclosed parking vault, utilising multiple levels positioned above, on, and below the ground to optimise parking efficiency.

AGVs can traverse both lengthwise and sideways along predetermined paths and possess the capability to rotate in place. Vehicles are parked on platforms within transfer cabins, which are then collected by AGVs. The AGVs manoeuvre beneath the vehicle platforms, lift and transport them from the transfer cabins to their designated locations within the system.

Rail-guided parking system
The Rail Guided Parking System or Rail Guided Car works in quite a similar manner to that of an Automated Guided Vehicle. However, the working of the RGC is simpler than AGV.

The driver parks the vehicle on the pallets within the parking module. Then RGC collects them from the parking module driving beneath the vehicle pallet. It then lifts it to move it out of the parking module into the system.

RGCs can work in confined spaces easily as they can move sideways, forward and backward.

Crane parking system
Crane Parking Systems works on multi-level systems and uses a separate lift to transfer vehicles. It utilises a single mechanism to perform horizontal and vertical movements simultaneously. It has a vertically placed elevator platform where vehicles to be parked or retrieved are placed.

Silo parking system
Silo parking systems are cylindrical and utilise a centrally positioned mechanism to park or retrieve cars. The cylinder's core is occupied by a lifting or rotating mechanism that only positions the vehicle one at a time. Cars are parked at the system's core, and the mechanism allows axial positioning and simultaneous up-and-down movement of vehicles.

These systems are ideal for building underground where soil conditions are not favourable.

Tower parking system
The tower parking system includes a vehicle elevator. There is a parking space on either side of the elevator shaft. The same format is repeated over multiple levels. A central unit moves vertically in this system to park and retrieve the cars.

The system has a rotary mechanism that can rotate the shaft 180 degrees to drive the vehicle forward. The greatest advantage of this system is that one can build it inside an existing building, and it won't cause vibration or noise.

How Fully Automatic Parking Systems Work

The working of an automated parking system depends on the specific design and technology used. However, the general concept involves drivers leaving their vehicles at a designated entry point, where a computerized system and mechanical lifts transport the car to an available parking spot. When it’s time to retrieve the vehicle, the system delivers the car back to a designated exit point, usually within a few seconds or minutes.

Automated parking systems are designed to maximize the use of available space, reducing the amount of land or square footage required for parking. This is achieved by stacking vehicles vertically or horizontally, depending on the design of the system. These systems also reduce the amount of time drivers spend searching for a parking spot, which can be a major source of frustration, stress, and heightened emissions.

Automated parking systems are also environmentally friendly, as they reduce the amount of land required for parking and eliminate the need for large parking lots. This can help to reduce traffic congestion and improve air quality in urban areas by reducing CO2 emissions.

In conclusion, automated parking systems are a technologically advanced solution to the parking challenges faced by drivers in urban areas. These systems are designed to maximize efficiency, reduce the environmental impact of traditional parking lots, and enhance the user experience. As technology continues to advance, we can expect to see more innovative parking solutions that make our lives easier and more convenient.

History of Fully Automatic Parking Systems

The invention of automatic parking systems helps solve parking issues in areas where space was already minimal, like cities and heavily populated areas. According to New Atlas, The first instance when an APS was used was in Paris, France in 1905. Called the "Garage Rue de Ponthieu," this APS had elevators that transported unaccompanied cars to an upper deck. An attendant would then drive the car to an empty parking space on that deck.

Automatic parking further developed in the 1920s when a Ferris-wheel design became a popular mode for automatic parking with limited space. This French design called "paternoster" made it possible for eight cars to fit in each compartment, maximizing the number of vehicles that could be parked while minimizing space.

In the 1950's Washington D.C. became the home to the first driverless parking garage, where mechanical maneuvers transported cars. That throughout the 20th century, the concept of automatic parking systems became more prevalent, providing solutions to overcrowded cities with a high demand for parking. Today, it is more common to see APS in Central America, Europe, and Asia than in North America.

Components of Fully Automatic Parking Systems

1.Sensor system
The main task of the sensor system is to detect environmental information, such as finding available parking spaces, and real-time detection of vehicle position information and body state information during parking. In the parking space detection stage, the length and width of the parking space are collected. In the parking phase, the position coordinates of the car relative to the target parking space are monitored, which is then used to calculate the angle and turning angle of the body to ensure the safety and reliability of the parking process. At the same time, these data messages are transmitted to the central control system through the data line.

2.Central control system

The central control system is the core part of the automatic parking system. Its main tasks include the following three aspects. First, receive the information collected by the parking space monitoring sensor, calculate the effective length and width of the parking space, and determine whether the parking space is available. Second, plan the parking path, and calculate the optimal parking path based on the relative position of the parking space and the car. Last but not least, real-time monitoring is performed during parking.

3.Execution system

The executive system mainly includes electric power steering system and automobile engine electronic control system. According to the decision information of the central control system, the electric power steering system converts the digital control quantity into the angle of the steering wheel to control the steering of the car. The automobile engine electronic control system controls the accelerator opening of the automobile, etc., thereby controlling the parking speed of the automobile. The electric power steering system is coordinated with the electronic control system of the car engine to control the car to complete the parking process according to the specified order.

Recent trends in Fully Automatic Parking Systems Market

The market for Automated Parking Systems (APS) has been growing steadily in recent years, driven by increasing demand for efficient and sustainable parking solutions in urban areas. Here are some of the recent trends in the APS market:

Integration with smart city infrastructure

APS are being integrated with other smart city technologies, such as sensors and data analytics, to optimize parking efficiency and reduce congestion.

Use of robotic systems

Some APS are now using robotic systems to move and park vehicles, which can reduce the amount of space required for parking and increase the speed and efficiency of parking operations.

Increased adoption in commercial buildings

APS are increasingly being installed in commercial buildings such as airports, shopping malls, and office complexes to improve parking efficiency and reduce the need for large parking lots.

Expansion of market to emerging economies

The APS market is expanding to emerging economies such as China, India, and Brazil, where rapid urbanization and increasing car ownership are driving demand for parking solutions.

Adoption of sustainable technologies

Many APS are now incorporating sustainable technologies such as solar power and energy-efficient lighting, which can reduce energy consumption and lower operating costs.

Growth of mobile-based parking systems

Mobile-based parking systems are becoming more popular, allowing drivers to reserve and pay for parking spots using their smartphones. This technology is also being integrated with APS to improve the overall parking experience for drivers.

Certifications

Our Factory

The company has a modern production and processing workshop, covering an area of more than 10,000 square meters, with an annual production capacity of 20,000 parking Spaces. Oriental Huachen is committed to providing stable and reliable mechanical parking equipment. The use of advanced technology, higher quality materials, more sophisticated manufacturing processes, more stringent quality control, so that all products are constantly updated to obtain a better user experience.With the aim of "making good use of mechanical parking equipment", Oriental Hua Chen sincerely welcomes friends and partners at home and abroad to work together to create a better future.

FAQ

Q: What is an automatic parking system?

A: An automatic parking system, also known as a mechanical parking system, is a sophisticated solution designed to maximize parking space by storing vehicles in compact, often multi-level spaces using automated mechanisms.

Q: How does an automatic parking system work?

A: Once a vehicle is parked in the designated area, sensors detect its size and the system's computer calculates the best space for the vehicle. The vehicle is then moved to its parking space using lifts and shuttles.

Q: What are the benefits of an automatic parking system?

A: These systems optimize space, often doubling or tripling the number of vehicles that can be parked in a given area. They also reduce driving and searching for parking spots, thus decreasing pollution and saving time.

Q: What is fully automatic parking?

A: Fully automated parking systems operate much like robotic valet parking. The driver drives the car into an APS entry (transfer) area. The driver and all passengers exit the car. The driver uses an automated terminal nearby for payment and receipt of a ticket.

Q: Is an automatic parking system safe for vehicles?

A: Yes, these systems are equipped with advanced safety features to protect vehicles and passengers. They include weight sensors, vehicle presence detection, and emergency stop mechanisms.

Q: What is the capacity of an automatic parking system?

A: The capacity can vary significantly, from a few vehicles in smaller systems to hundreds in large-scale installations. The specific capacity depends on the design and space available.

Q: Can any vehicle be parked in an automatic parking system?

A: The system's specifications determine the size and weight of vehicles that can be accommodated. Typically, they can handle most passenger vehicles but may not be suitable for larger trucks or SUVs.

Q: Is an automatic parking system suitable for residential buildings?

A: Yes, automatic parking systems are often used in residential buildings, especially in urban areas where space is at a premium.

Q: How do you retrieve a vehicle from an automatic parking system?

A: Retrieval is straightforward and automated. You input your ticket or code into the system, which then retrieves the vehicle and brings it back to the loading bay.

Q: How do automated car parks work?

A: Components of Automatic Car Parking Systems: Entry and Exit Terminals: Users interact with these terminals to drop off and pick up their vehicles. Entry terminals typically require users to input a code or use a parking card to initiate the parking process.

Q: How much do automated parking systems cost?

A: The overall development costs per parking space further illuminate the financial distinctions between the two systems. The Conventional Garage requires an investment of $47,500 per space, while the Automated Parking System cost presents a more economical option at $37,940 per space.

Q: Are there any maintenance requirements for an automatic parking system?

A: Regular maintenance is crucial for safety and efficiency. This includes checking sensors, ensuring all moving parts are lubricated, and performing safety tests.

Q: Can an automatic parking system be integrated with other building systems?

A: Yes, these systems can be integrated with building access control systems, payment systems, and even smart building technology.

Q: What is the environmental impact of an automatic parking system?

A: These systems can reduce carbon emissions by decreasing the need for vehicles to circle for parking spots. They also require less concrete and space compared to traditional parking lots.

Q: Is an automatic parking system suitable for commercial use?

A: Yes, these systems are commonly used in commercial settings like hotels, hospitals, and office buildings to manage parking space efficiently.

Q: Do automatic parking systems require special permits?

A: Yes, permits are often required for installation and operation. It's important to check with local authorities for specific regulations.

Q: Can automatic parking systems be customized?

A: Yes, systems can be customized for size, capacity, and aesthetic purposes to fit the needs of the specific location.

Q: Are there any noise concerns with automatic parking systems?

A: While these systems operate quietly, there might be some noise from the moving parts and lifts. However, this is usually minimal and does not pose a significant disturbance.

Q: Are there any special safety measures in an automatic parking system?

A: Besides standard safety features, systems often have redundant systems and protocols in place to ensure safety. This includes regular safety checks and emergency retrieval procedures.

Q: Is there a limit on the number of times an automatic parking system can be used daily?

A: There is no strict limit, but high usage may require more frequent maintenance checks to ensure the system's longevity and safety. Usage should be consistent with the system's design capacity.

We're professional fully automatic parking systems manufacturers and suppliers in China, specialized in providing high quality customized service. If you're going to buy cheap fully automatic parking systems, welcome to get quotation from our factory. For price consultation, contact us.

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