Mechanical parking

Types of mechanical parking

Mechanical parking systems are designed to maximize parking space and efficiency, offering various types suited for different needs and environments. The following are some common types:

• Park and Move:

  The Park and Move mechanical parking system is a sophisticated and space-efficient solution for vehicle parking. It integrates advanced technology and intelligent design to optimize parking space and enhance convenience. In this system, vehicles are automatically transported and positioned using a combination of automated platforms and shuttles. This eliminates the need for traditional parking lots, maximizing available space.

• Multi-Parking:

  Multi-parking systems are designed to maximize parking space. They can park several vehicles in a compact footprint, making them ideal for urban areas or places with limited space. Each vehicle is parked in its designated space, ensuring safety and minimizing the risk of damage. Multi-parking systems can be above ground or underground and are available in various configurations, such as vertical lifts, puzzle systems, and shuttle-based systems.

• Stack Parking Systems:

  Stack parking systems are an efficient solution for maximizing parking space. By utilizing vertical space, these systems can store several vehicles in a compact footprint, making them ideal for urban areas or places with limited available land. Stack parking systems can be mechanical and automatic. They are designed to be safe, with features such as emergency brakes, fire alarms, and security surveillance. Stack parking systems can be above ground or underground and are available in various designs, such as two-car stacks, three-car stacks, and more.

• Shuttle Parking Systems:

  Shuttle parking systems are designed for high-density parking environments. They utilize automated shuttles to transport vehicles within the parking system, optimizing space and reducing the parking footprint. Shuttle parking systems can be integrated with other parking technologies, such as multi-parking systems, to enhance overall parking efficiency. They also have safety features like emergency brakes, fire alarms, and security surveillance.

• Puzzle Parking Systems:

  Puzzle parking systems are innovative solutions designed to maximize parking space and efficiency. They use a puzzle-like arrangement where vehicles are parked in a compact grid, and automated systems retrieve and park vehicles. Puzzle parking systems can be above ground or underground, making them suitable for various environments. They are designed to be safe and have features like emergency stops, fire alarms, and surveillance systems.

Specifications and maintenance of mechanical parking

Mechanical parking systems have their own specifications that vary from one system to another. Here are some of the common specifications:

• Capacity

  The capacity of a mechanical parking lot refers to the total number of parking slots available. Some mechanical parking systems can accommodate hundreds of cars, while others are designed to park only a few cars. The capacity is influenced by the design and the available space.

• Size and Dimensions

  Size and dimensions are also important features of mechanical parking. This is because different parking systems come with varying designs. For instance, some are designed to occupy a small area, while others are more spacious. Size and dimension also encompass the height of the parking system and the space available for each car.

• Power Supply

  Some mechanical parking systems are powered by hydraulic systems, while others are powered by electricity. In addition, some parking systems have backup power sources for emergencies like blackouts. The power supply influences the efficiency and reliability of the system.

• Control System

  These are the features that allow parking attendants to control and monitor the parking system. Control systems can be manual or automatic, depending on the type of mechanical system. The control system enhances the safety and security of the mechanical parking system.

• Safety Features

  These are features that are incorporated into the mechanical parking system to enhance the safety of parked cars and pedestrians. Some of the safety features include emergency stop buttons, fire alarms, and safety barriers. The safety features give peace of mind to users of the mechanical parking system.

• Maintenance Requirements

  Different mechanical parking systems have different maintenance requirements. For example, some systems require regular maintenance of moving parts and the parking system's structure. Others have periodic maintenance schedules. The maintenance requirements ensure the mechanical parking system operates efficiently.

Below are the maintenance tips for mechanical parking, including:

• Regular inspections to identify and fix potential problems.
• Regular cleaning of the system to enhance the mechanical parking system's performance.
• Following the manufacturer's instructions on maintenance.
• Regular lubrication of the moving parts to reduce friction and prevent wear and tear.
• Updating the mechanical parking system with the latest technology.

How to choose mechanical parking

Having an understanding of the needs of the target market is essential for selecting the right mechanical parking system. Buyers should consider the following before selecting a mechanical parking system:

• Available space

  Buyers should consider the location of installation and the floor space available for the mechanical parking system. They should also consider the height of the building to be able to determine vertical parking space.

• Type of vehicles

  Buyers should consider the kind of vehicles to be parked mechanically. For example, larger vehicles like SUVs may require more space than other vehicles. Buyers can also consider specialized parking systems that cater to electric vehicles by incorporating charging stations.

• Capacity and throughput

  Buyers should determine the number of vehicles to be parked in the system and the time taken to park them. They should choose a mechanical parking system with high capacity and efficiency to meet their needs.

• Budget and operating costs

  Buyers should consider the initial installation cost of the mechanical parking system and the maintenance and energy costs. They should select a parking system that fits their budget and has a long-term return on investment.

• Noise and safety

  Buyers should consider the noise level of the mechanical parking system during operation. They should also consider the safety measures implemented in the parking system, such as emergency exits and fire prevention.

How to DIY and Replace Mechanical Parking

For DIYers, there are some basic tips to get a parking system installed or get a parking brake cable replaced. Always read the manufacturer's manual to understand the steps and requirements. Here are some basic steps:

• Assemble all tools needed for the job

  It is important to have all tools needed for the job at hand before starting. This includes jacks, wrenches, sockets, pliers, hammers, screwdrivers, and safety gear.

• Read the manual

  Different vehicles have different systems. It is important to read the manual to understand the steps and requirements for the specific vehicle.

• Lift the vehicle safely

  When working with the undercarriage, it is important to lift the vehicle properly and place it on stable jack stands. This will prevent accidents in case the jack fails.

• Identify the problem

  It is important to understand what the issue is before attempting to fix it. Is the cable worn out? Is it loose? Is the pedal mechanism broken?

• Replace or repair

  If the cable is loose, tighten it to the specified tension. If the cable is worn out, remove the old cable and install a new one. Follow the manufacturer's instructions. If the problem is with the pedal mechanism, consult the manual or a professional mechanic.

• Test the system

  After making any adjustments or replacements, always test the system. Pull the parking brake lever and try to move the vehicle. The vehicle should not move if the brake is engaged. Release the brake and ensure the cable is moving freely.

• Check and maintain

  Always check the parking system regularly. Look out for any loose parts, frayed cables, or signs of wear. Do minor adjustments when necessary. Clean and lubricate the mechanical parts of the system to ensure smooth operation and longevity.

Q&A

Q1. What are the benefits of mechanical parking?

A1. Space-saving is one of the key advantages of mechanical parking. Compared to conventional parking lots, these systems can fit more vehicles in a given space. They also reduce traffic, making parking safer and more convenient. Moreover, cars are less likely to sustain damage from door dings or from being parked closely next to one another, which benefits both the vehicles and their drivers.

Q2. Where can mechanical parking systems be installed?

A2. Mechanical parking systems are adaptable and can be installed in various locations, including residential buildings, commercial complexes, shopping malls, airports, and urban areas with limited space. They are especially beneficial in densely populated areas where space is a premium.

Q3. Are mechanical parking systems suitable for all types of vehicles?

A3. Yes, mechanical parking systems are designed to accommodate various vehicles, including compact cars, sedans, SUVs, and electric vehicles. Some systems can even handle larger vehicles like trucks or vans, although this may depend on the specific design and configuration of the system.

Q4. How do mechanical parking systems ensure vehicle safety?

A4. Mechanical parking systems have safety features such as emergency stop buttons, safety sensors, and interlocks. Additionally, they minimize human interaction, which reduces the risk of accidents or damage to vehicles. Some systems may have surveillance cameras and access control systems to enhance security further.

Q5. What is the maintenance required for mechanical parking systems?

A5. Mechanical parking systems need regular maintenance to ensure smooth operation and safety. Maintenance activities may include inspecting and lubricating moving parts, checking and adjusting alignment, and cleaning the system of debris or dirt. Users should adhere to the manufacturer's maintenance recommendations and engage trained professionals for system maintenance and repairs.