Automated tower parking garage

Types of Automated Tower Parking Garages

An automated tower parking garage is a parking structure that uses computer-controlled mechanical systems to park and retrieve vehicles. These systems can be divided into various types based on their design and functionality. The first one is the

• Parallel Parking System: In this system, parking spaces are arranged on either side of a central drive aisle, allowing cars to be parked parallel to the drive aisle. This design maximizes space efficiency and is commonly used in urban areas with limited space.
• Perpendicular Parking System: This is a design that involves parking spaces arranged at right angles to a central drive aisle. This design allows for easier access to parked cars but requires more space than parallel parking systems.
• Angled Parking System: In this system, parking spaces are arranged at an angle (usually 30 or 45 degrees) to a central drive aisle. This design facilitates easier entry and exit from parking spaces and optimizes space usage, making it suitable for various settings such as shopping centers and office complexes.
• Multi-story Parking System: This is a parking design that incorporates multiple levels of parking, either vertically or horizontally, to maximize space utilization. This design is particularly advantageous in areas with high land costs or limited available space.
• Automated Parking System: This is a technology-based parking system that utilizes automated mechanisms to park and retrieve vehicles, reducing the need for human intervention. This system enhances safety and convenience while optimizing space utilization and minimizing environmental impact.
• Green Parking Design: This is a parking design that integrates sustainable practices and environmental considerations, such as the use of permeable pavements, green roofs, and the incorporation of electric vehicle charging stations. This design aims to reduce the environmental impact of parking facilities and promote eco-friendly transportation alternatives.
• Smart Parking Technology: This is technology that enables real-time monitoring and management of parking spaces, including occupancy information, availability detection, and payment integration. This technology enhances parking convenience, efficiency, and security for users.

Specification and maintenance of automated tower parking garages

Specification

• Capacity

  The capacity of an automated tower parking system refers to the total number of parking spaces available within the system. This is determined by the tower's size and design. The capacity can range from small systems with a few dozen spaces to large systems with hundreds or even thousands of spaces.

• Dimensions

  The height, diameter, and footprint of the parking system must be considered. The height and diameter are determined by the number of parking levels and the spacing between them. The footprint is important for installations with limited ground space.

• Power supply

  The automated parking system requires a reliable power supply to operate its mechanical and control systems. The power supply specifications include voltage, current capacity, and backup power options in case of a power outage or failure.

• Noise level

  The noise level is an important factor in residential or noise-sensitive areas. The specification for an automated tower parking garage includes noise reduction features such as sound insulation and vibration control measures.

• Safety and security

  Fire safety systems are included in the specification, such as smoke detectors, sprinklers, and fire alarms. Security features such as surveillance cameras, access control systems, and emergency communication systems are also included.

• Vehicle dimensions

  The automated tower parking system has limitations on the dimensions of vehicles that can be accommodated. These include height, width, length, and weight restrictions. The vehicle specification ensures that the system can handle a diverse range of vehicles, from compact cars to larger SUVs or trucks.

Maintenance

• Regular inspections

  Automated tower parking garage systems require regular inspections. These inspections are crucial for detecting and addressing potential maintenance issues. They encompass the entire system, including mechanical components, electrical systems, safety devices, and structural elements. Daily inspections monitor the operation of key components, such as the parking space allocation system, to ensure that all spaces operate smoothly and efficiently. Weekly inspections assess the overall condition and performance of the system, allowing for timely identification of wear and tear or other issues. Monthly inspections provide a more in-depth analysis of the system's performance and condition, facilitating long-term trend analysis and maintenance planning.

• Cleaning and lubrication

  Cleaning and lubrication are vital components of maintenance routines for automated tower parking systems. Regular cleaning removes dirt, dust, and debris from mechanical components, parking spaces, and the system's interior and exterior. Cleaning enhances the system's appearance and prevents the buildup of contaminants that could cause wear or damage to critical components. Lubrication reduces friction and wear between moving parts, prolonging their lifespan and reliability. Proper lubrication prevents noise and vibration issues, ensuring the system operates smoothly and quietly. The selection of suitable lubricants is essential, considering the operational requirements and environmental conditions of the parking system.

• Software updates

  Automated parking systems depend on software for control, monitoring, and communication. Regular software updates provided by the system manufacturer maintain optimal performance, stability, and security. These updates may include bug fixes, performance enhancements, and new features or functionalities.

• Safety checks

  Safety checks are a critical aspect of maintenance for automated parking systems. Safety checks involve inspecting and testing safety devices and systems to ensure they function correctly. Safety checks also include monitoring emergency response plans and procedures to ensure they are up to date and effective in case of emergencies.

• Structural maintenance

  Automated tower parking systems require regular maintenance of their structural elements, such as beams, columns, and the surrounding building. Regular inspections assess the condition of these structural components, identifying signs of wear, damage, or deterioration. Prompt repairs and reinforcements address structural issues, ensuring the system's stability and safety.

How to Choose Automated Tower Parking Garage

When buying an automated parking garage, people should consider the following factors.

• Cost-effectiveness

  With the increasing demand for parking space, the automated parking tower is a cost-effective solution. Construction and maintenance expenses are low compared to conventional parking lots. Therefore, investors can generate more income from the tower.

• Capacity and space

  The parking tower's capacity is determined by its design and system. Business owners should choose the one that meets their needs. Also, select one with flexible configurations to accommodate various car sizes.

• Energy efficiency

  Due to the high cost of energy, people should select parking garages that are energy efficient. The towers are designed with energy-saving features such as LED lights and eco-friendly operations. They also reduce maintenance costs for the owners.

• Security

  Automated parking garages enhance vehicles' security through surveillance cameras and access control systems. People should select parking systems with advanced security features to protect the cars from theft.

• Environmental considerations

  The parking tower has a positive impact on the environment. It reduces noise pollution and emissions from the vehicles. Also, its design incorporates green features such as trees and energy-efficient systems.

• Future growth and technology

  People should select parking technologies with advanced and innovative systems. The automated parking technology will continue to grow and adapt to future needs. Also, consider the growth potential of the area where the parking tower will be built.

How to DIY and Replace Automated Tower Parking Garage

Automated parking garages require regular maintenance, and with the right tools and knowledge, anyone can carry out minor repairs or maintenance.

Below are some of the basic maintenance practices for APGS that can be carried out at home:

• Read the manual: It is very important to read the maintenance manual that comes with the automated tower parking garage system. The manual provides detailed information about the specific system installed in the parking garage.
• Check the power supply: The first step to take when the automated parking garage is not working properly is to check the power supply. See if the control system has power supply. If not, correct the power supply issue. The issue could be loose connections, damaged cords, or blown fuses.
• Inspect moving parts: Inspect all the moving parts of the parking system, such as the entrance and exit doors, lifts, and shuttles, and lubricate them as needed. Use the recommended lubricant in the manual. The lubricant helps reduce friction, which in turn decreases wear and tear of the parts. This ensures that the parts move smoothly and reduces wear and tear.
• Check safety systems: The safety systems are important components of the automated parking garage. These systems include emergency stop buttons, safety sensors, and alarms. Ensure that they are functioning properly. Test the safety sensors to see if they detect obstacles appropriately. Also, test the emergency stop buttons to see if they stop the system when pressed.
• Clean the system: Cleaning the automated parking garage system is an essential part of its maintenance. Regular cleaning helps prevent the buildup of dust, debris, and dirt, which can affect the system's performance. Clean the entrance and exit lanes, ticket machines, and pay stations regularly. Remove any debris or trash that may have accumulated. Also, clean the lift and shuttle bays, door tracks, and safety edges using a mild detergent and water.
• Inspect structural components: This involves checking for any signs of damage or deterioration in the parking garage's structural components. Look for cracks, leaks, or rust in the beams, columns, and walls. Report any issues found to a professional engineer for assessment and repair.
• Test the system: After performing maintenance activities, it is crucial to test the automated parking garage to ensure that everything is functioning properly. This involves running the system through its normal operations, including parking and retrieving vehicles, to see if there are any issues or abnormalities.
• Document maintenance activities: Keep a record of all maintenance activities performed on the automated parking garage. This includes the date, activity performed, and any issues found. This record can be used to track the system's maintenance history and help with future maintenance planning.

Q&A

Q1: How much space does an automated parking garage need?

A1: The space required for an automated parking garage depends on the size and capacity of the garage. Typically, these parking systems are compact and require less space than traditional parking lots. Factors such as the footprint of the parking system, height clearance for vehicle movement, and additional space for entry and exit points will affect the overall space requirement.

Q2: Are automated parking garages safe for vehicles?

A2: Yes, automated parking garages are generally safe for vehicles. The systems are designed with safety features such as fire prevention, surveillance cameras, and emergency evacuation options. Moreover, the automated systems reduce the risk of human error, theft, and damage to parked vehicles.

Q3: Can large trucks be parked in an automated parking garage?

A3: Automated parking systems are designed for standard-sized vehicles. Some systems may accommodate larger vehicles such as SUVs and minivans. However, trucks and buses are usually too big to be parked in automated garages due to their height and length limitations. It's essential to check with the specific system provider for their capacity and size restrictions.

Q4: How does the maintenance of an automated parking garage be carried out?

A4: Maintenance of automated parking garages involves regular inspection of the systems, including the entrance and exit modules, the parking units, and any other automated components. Maintenance personnel are usually trained to handle the specific requirements of the parking system. Additionally, some manufacturers provide maintenance services or training for the personnel in charge of maintaining the garage.

Q5: Are automated parking garages environmentally friendly?

A5: Yes, automated parking garages are environmentally friendly. They optimize space, thus reducing land use, and some systems incorporate energy-saving features such as solar panels. Additionally, by minimizing vehicle idling and emissions, these garages contribute to a cleaner and greener environment.