Finding a parking spot can be an intensely frustrating experience that many of us face every day. But this challenging and frustrating task has become easier and more convenient due to the automotive automated parking system (APS). These innovative systems not only make parking and retrieving of vehicles easier, but they also maximize safety, providing drivers with peace of mind. Here’s a quick review of how these innovative systems are shaping parking approaches.
Let’s dig in!
What is an Automotive Automated Parking System?
An automotive APS or automotive car parking system is a mechanical system designed to optimize the use of space for parking cars. It utilizes a combination of technology, sensors, and mechanical maneuvers to transport vehicles to and from parking spaces without the need for driver involvement.
The goal of an APS is to maximize the number of parking spaces while minimizing land usage. As this technology gains popularity in urban areas, Extrapolate projects the automotive automated parking system market to be worth $3.62 billion by the end of 2028.
How does an Automotive Automated Parking System Work?
The process of an automotive car parking system differs from a conventional parking system. In an APS, drivers bring their vehicles to the entrance of the system and leave the vehicle. The system then uses mechanical maneuvers to transport the vehicle to an available parking space. When the driver needs to retrieve their vehicle, they can request it using a kiosk or a mobile app. The system will then deliver the vehicle to the designated pickup point.
Types of Automotive Automated Parking System
Below are the various types of automated car parking systems:
1. Paternoster System
The paternoster system involves a series of vertically stacked parking spaces that move in a continuous loop. The system is powered by electric motors or hydraulic pumps that lift and transport vehicles to their designated parking spaces
2. Shuttle-Based Systems
Shuttle-based systems, also known as Rack and Rail systems, use shuttles that move horizontally along fixed rails to store vehicles on racks located perpendicular to the rails.
3. Conveyor-Based Systems
Conveyor-based systems, also known as Matrix or Puzzle systems, use stationary conveyors to perform multi-path movements of vehicles stored on pallets. These systems are powered by electric motors or hydraulic pumps and designed to maximize parking capacity.
4. Semi-Automatic Parking System
In a semi-automatic system, drivers have control over the parking process. They can park the vehicle on a platform and control the parking process with the push of a button
5. Fully Automated Systems
Fully automated parking systems, also known as robotic valet parking, provide a high level of automation and convenience. It is equipped with a mechanical system to park and retrieve vehicles using a ticket or code.
Benefits of Automotive Automated Parking Systems
Automotive APS offers several benefits, including:
● Space Optimization
Automotive automated parking system maximizes the use of available space by stacking cars vertically and utilizing mechanical systems to transport vehicles. This allows for more efficient use of land and can increase the number of parking spaces available.
● Convenience
Drivers do not need to search for parking spaces or navigate through parking garages. They can simply drop off their vehicle at the entrance and request it when needed. This eliminates the need for extensive walking or searching for parking spots.
● Time Efficiency
APS can reduce the time required for parking and retrieving vehicles. The automated process is generally faster than manually maneuvering through a parking garage, resulting in time savings for drivers.
● Safety
By eliminating the need for drivers to navigate through parking areas, an automotive automated parking system reduces the risk of accidents and collisions. The system’s sensors and controlled movements ensure safe parking and retrieval of vehicles.
Hyundai’s Next-Generation MPS to Find Safe Parking
Hyundai Mobis has developed the ‘MPS 1.0P (Premium)’, an improved version of its next-generation parking control system. The technology features ‘Memory Parking Assist (MPA),’ which allows autonomous parking with a simple touch. The system combines video-based sensors, ultrasonic sensors, and SVM cameras, with advanced robotic techniques. It can locate the safe spot for parking by analyzing parking lines.
The technology is expected to be beneficial in private garages or limited parking areas like in Europe and China. Hyundai Mobis’ next-gen parking control system, built without expensive radar or lidar sensors, offers advantages in both technology perfection and cost.
Bosch’s Commitment to Electrification and Sustainable Energy Solution
Bosch, a German engineering and tech giant, showcased its commitment to electrification and sustainable energy solutions at the CES Media Day press conference. The company highlighted the role of hydrogen in meeting global energy needs while mitigating climate change.
The company has introduced an automated valet parking system for electric vehicles, which has been recognized with a CES® 2024 Innovation Award. Other notable innovations include silicon carbide chips, advanced heat pump technology, and a new hybrid electric water heater. These innovations demonstrate Bosch’s commitment to advancing sustainable technologies across various domains.
Bottom Line
The automotive automated parking system revolutionizes the parking experience by offering convenience, efficiency, and safety. With its advanced features, the system seamlessly navigates vehicles into designated parking spaces, eliminating the stress and frustration associated with traditional parking methods. Advanced technologies, such as touch-based parking and sustainable energy solutions, are changing the standard parking methods while providing a seamless and stress-free parking solution for drivers.
Browse More Reports:-
Hydropower Market
Aerosol Filling Machines Market
Electric Van Market
Anti Collision Sensor Market