Vertical Parking System Project: Key Considerations for Successful Deployment

With rapid urbanization and increasing car ownership, difficult parking has become an important bottleneck in urban development. The vertical parking system (VPS), as an advanced technology to fit more into a given space, has attracted attention in recent years. This introduction of a vertical parking system is not only a technical implementation, but a complete project combining technology, economy, regulation and end user experience. In the successful execution of this project, it needs to be seen in a different way. In the following sections of paper, we would elaborate on these essential things we need to take into account in a vertical parking system project from the perspectives of technical feasibility, economic cost, regulatory compliance, user experience and operation and maintenance management aspects.

Technical feasibility: the heart of systems architecture and systems engineering realization

It is important to know that Vertical Parking System technical feasibility is a factor that affects project success. At first, why does the system design need to fully consider the landing site conditions, vehicle size, and user needs. In urban regions where land sources are rare, hence, the structures must be planned compact as to make the most of the space available. Therefore the system should be open for all the model of vehicle such as SUV, etc. Inline audio Binary robotic Parking System and model capacity.

2) The stability and safety of the system must be guaranteed in the project implementation period. A vertical parking system is mainly a combination of fixed mechanical and automated technology, so it is more important to be sure to conduct pre-purchase inspections for your vertical garage parking system to be able to ensure the following, that the installation in the later period can be strictly followed by technical specifications to ensure that any components in the lifting field can be accurate and reliable operation. Each system also needs to include various safety features (e.g. fall protection devices, emergency braking systems) to react to possible accidents.

Finally, in terms of technical feasibility, the other consideration is whether the system is scalable and compatible. The capability needs to be expanded and upgraded as technology advances and user needs change. In a phase two, an AI powered technology would be introduced to ensure better scheduling and managing of parking.

Economic cost: Get the right return on investment

Paragraph Cost is the key determinant of a vertical parking system project’s economic feasibility. Initial investment, operational and maintenance costs and possible risk costs are among the expenses of the project itself.

This cost is a basic expenditure, which is paying for instruments, but you also need to repair commissioning points. Because of the types of machinery and automation used in vertical parking systems, equipment price is usually higher. In this regard the project planning phase must include a detail economic evaluation, to ascertain that outflow is in line with expected returns.

The operating and maintenance cost:It is an important consideration in the long-term operation of the project. Proper maintenance is key for the long-lasting performance of any vertical parking system, and there needs to be a planned schedule for equipment inspection and repair service, so the system does not remain idle. Moreover, the cost of power consumption of the system must not be neglected. Businesses can also implement energy efficient technologies or integrate it into alternative energy solutions to reduce operating costs.

Claims expense is a potential risk cost from potential economic loss due to failure of equipment and security accident. In order to avoid risks, the project side should buy corresponding insurance and make a sound emergency plan.

Policy: Compliant with policies and standards

The construction of vertical parking system shall comply with the corresponding laws, regulations and technical standards. One, the projects need the approval of home government department in matters related to issues like land use permits, construction permits and so forth. National and local codes such as national and local building (e.g. NSPH, CBC), fire (e.g. NFPA), and environmental (e.g. EPA) such as noise and air emissions must be accounted for in system design.

For example, take the fire safety, there is the best fire protection facilities in the system, such as automatic spray system, smoke detector, etc., can timely to show to the emergency situation. So, the system is required to be environmental-friendly, low noise and energy-saving.

The project also faces a few issues with intellectual property. Vertical parking system has many patented technologies, the project side should ensure that the use of technology used by the process will not infringe on the intellectual property rights of others, and do a good job of protection of its own intellectual property rights innovation.

Experience: simplicity versus security

Of these, user experience becomes one of the more critical criteria for any vertical parking system project. System Architecture 1. Design of information processing system parking demand information input; User input parking record recovery and duration calculation; Parking information query; Release parking information (first come, first served) Technology solutionThis is a solution that processes the two major parts. Essential, research, and specs. 1.1 BeaconThe beacon, that maintains the link between the users mobilephone and parking management system. `

As its user model is more diverse and more convenient, the system must support all kinds of access to the car, such as mobile phone application reservation, credit card operation and so on, in order to adapt to the needs and habits of different users. The user interface of the system can be straightforward and user-friendly to enable users to get started rapidly.

It must contain several protections for security. Independently variable equipment, ensure the realization of separate or next to the car will not move during the work process In the same way, the system can also configure real-time monitoring function, the user can at any time to mobile phone application query vehicle status.

The response time of the system gets significant importance when it comes to user experience. By optimizing the mechanical structure and control algorithm, the system can quickly complete the access operation of the vehicle and effectively shorten the user's waiting time.

O&m and management: Enable the system to run steadily for a long time

Inevitably, the success of a vertical parking system relies heavily on efficient operational management to ensure the stability of the system for a long term, apart from the configuration on the launch of the vertical parking system project itself.

First of all, the operation and maintenance will be established on the project side, its responsibility is: daily for the system of inspection, maintenance, repair. The operation and maintenance personnel should be trained in system technology, master the working principle of the equipment and operation process, can timely handling failure.

In addition, the second aspect is the project side, to build a sound operation and maintenance management system, such as equipment inspection cycle, maintenance standards and fault handling process. The solution can be applied by routinely checking for the devices and system maintenance, which could identify and solve possible issues beforehand, and prevent device failures which will be a roadblock to the operation of the system.

Finally, the project team should also establish a user feedback mechanism to collect user opinions and suggestions on the system in a timely manner and do better throughout the continuous improvement of the system. And when users pinpoint a painful point such as waiting too long to access a car, the project side can make the system more efficient and enhance user experience by updating the technology or optimizing the process.

conclusion

Vertical parking system project with certain degree of system complexity, and project to achieve success must take into account the technical feasibility, economic cost, regulatory compliance, user experience and operation and maintenance management. Only scientific planning and effective implementation of each link can ensure the smooth promotion of the project and long-term and stable operation. This vertical parking system predicts to become an important solution toward the construction of a smart smart and functional urban transport environment, as the urban car parking demands rise along with the advancing technologies.