Smart vertical parking system

Types of Smart Vertical Parking Systems

The smart vertical parking system, also known as automated parking systems (APS), is a mechanical system that moves cars to parking spaces using lifts and shuttles. The system parks and retrieves cars automatically with minimal human interaction. Smart vertical parking systems are adopted to save space and utilize land efficiently. They also reduce car emissions and offer security to parked cars. Here are the different types of smart vertical parking systems:

• Based on Structure

  1. Tower Parking System: This system has a vertical structure similar to a tower. It uses rotating trays or lifts to park cars at different levels. The parking system is popular in urban areas where space is limited, and vertical parking maximizes land use.

  2. Pit Parking System: The pit parking system has a horizontal layout and is installed below ground level. This type of vertical parking system is suitable for areas with strict height regulations. The pit parking system is also beneficial in minimizing the visual impact of parking in the environment.

  3. Bridge Parking System: The bridge parking system consists of modular units that can be expanded or contracted based on parking needs. This type of smart vertical parking system is ideal for temporary or mobile parking solutions.

• Based on Parking Mechanism

  1. Shuttle Systems: Shuttle systems transport vehicles to parking areas using automated shuttles. The system is efficient for high-capacity parking since it minimizes transit times and maximizes space utilization.

  2. Lift Systems: In lift systems, vehicles are moved vertically using lifts. The system is suitable for buildings with limited floor space. Lift systems are also popular for residential vertical parking.

  3. Rotary Systems: This smart vertical parking system rotates parking platforms until they align with entry and exit points. Rotary systems are ideal where space is limited, and parking density is a priority.

• Based on Operational Control

  1. Fully Automated Systems: Fully automated systems require no human intervention for parking and retrieval operations. The system integrates advanced sensors, controls, and safety mechanisms for optimal performance.

  2. Semiautomatic Systems: In semiautomatic systems, operators are involved in some parking and retrieval operations. The system is cost-effective and efficient, combining human operation and automation.

Specifications and Maintenance of Smart Vertical Parking System

The specifications of a smart car parking system vary depending on the manufacturer's design and the system's technology. Here are some common specifications:

• Capacity

  The capacity of the smart parking system is based on the number of cars it can hold and the size of the cars. The parking system is designed to hold many cars, typically 50 to 500. Also, it is built to accommodate small compact cars or larger SUVs.

• Space and Layout

  The smart vertical parking system requires a small area to park many cars. The footprint can range from 1000 square meters to 5000 square meters. Also, the parking system's design can be customized to fit different layouts and spaces.

• Security

  The smart vertical parking system has security features such as CCTV surveillance, access control systems, and fire safety systems. The parking system can be integrated with alarm systems to notify owners in case of theft or break-ins.

• Energy Efficiency

  The smart vertical parking system is designed to be energy efficient by using LED lighting and energy-efficient motors. The system can be integrated with renewable energy sources such as solar panels. This reduces the carbon footprint of the parking system.

• Maintenance

  Regular maintenance is important for the smart vertical parking system to ensure it runs smoothly and safely. The maintenance includes the inspection of mechanical components, electrical systems, and safety systems. Also, the parking system is cleaned regularly to remove dust and debris.

How to choose smart vertical parking systems

When purchasing vertical parking lots, consider the following:

• Space:

  Vertical automatic parking systems require a lot of space for parking and installation. Therefore, it is vital to have enough space to accommodate the smart vertical parking system.

• Capacity:

  The capacity of the smart vertical parking system is determined by the number of cars it can hold. There are different models of vertical parking systems, each with a different capacity. Choose the one that meets parking requirements.

• Security:

  Choosing a smart vertical parking lot system with great security features is essential. These features may include surveillance cameras, alarm systems, and fire protection systems to ensure the safety of parked vehicles.

• Cost:

  Smart vertical parking systems have different costs depending on their model. Therefore, it is vital to choose a system that meets the budget.

• Convenience:

  Parkers should consider the convenience of the parking system. For example, choose a smart vertical parking system that is easy to use, has a fast parking speed, and requires low maintenance.

How to DIY and Replace Smart Vertical Parking System

Vertical lift parking is a great solution to parking problems. It saves time, space, and construction costs. DIY installation of a smart vertical parking system can be a complex task. However, with the right tools, equipment, and knowledge, it can be done. Here is a simple guide on how to install and replace a vertical parking system:

• 1. Choose a proper site with enough space and a strong foundation.
• 2. Prepare the site by clearing it and leveling it.
• 3. Assemble the smart vertical parking system according to the manufacturer's instructions.
• 4. Mount the control panel and connect it to the parking system.
• 5. Install safety devices, including emergency stop buttons and safety barriers.
• 6. Test the system to ensure it operates smoothly and safely.

Smart vertical parking system replacement is not a DIY-friendly task. It requires a professional vertical parking technician to assess and replace the entire system.

Here are some of the reasons vertical parking systems need replacements:

• 1. Wear and tear after many years of use.
• 2. Advanced technology that improves efficiency and safety.
• 3. Structural damage that compromises safety.

Q&A

Q1: How much space does a smart vertical parking system save?

A1: Compared to traditional parking systems, smart vertical parking systems can save up to 60% to 70% of the parking space.

Q2: What is the lifespan of a smart vertical parking system?

A2: The smart vertical parking system has a long lifespan of up to 15 years to 20 years. The parking system also has low wear and tear, which reduces the maintenance cost of the system.

Q3: What is the safety feature of the smart vertical parking system?

A3: The smart vertical parking system has a fire prevention system, emergency exit doors, and safety locks to protect cars from theft. The parking system also has a surveillance camera and alarm system to ensure the safety of users.