Important Things to Consider Before Buying a Smart Parking System

The proposed architecture addresses problems of traffic management, specific cases of open parking management, local information and the distribution of free parking space to the driver. This system, which is becoming mainstream, works by stacking vehicles one after the other. It works by using mechanical lifts to stack vehicles on the available ceiling space, allowing more efficient use of space than is possible with conventional parking systems.

Parking and garage management represent significant operating costs for companies, and with intelligent parking solutions they can reduce operating costs and increase efficiency up to 20%. The demand for parking spaces available is dynamic and the value of the parking space changes over time; therefore it is necessary to provide drivers and passengers in the car with information about the place and conditions of parking in real time. An efficient, intelligent parking system benefits drivers by shortening the time it takes to find a parking space, optimising parking capacity utilisation and increasing revenue for the city's car park operators.

Cities are smarter, and the availability of innovative technologies driven by the Internet of Things around the world that combine physical and human intervention with connected devices is making smart parking a must for communities. Smart parking solutions enable business owners to understand driver trends and better optimize existing spaces, increasing profits in peak and low periods.

Smart Parking is another parking method that combines innovations in human development to achieve faster, more linear and denser parking of vehicles with fewer resources (fuel, time and space). The smart parking market is defined as the consolidation of multiple information and communication technologies systems including numerous electronic devices such as LCD display, sensor images, ultrasonic radars, electronic control units and others. This includes software platforms such as smartphone applications and on-board navigation software that interact with hardware platforms such as on-board vehicle sensors and electronic devices integrated into the system to help the driver find a free space to park the vehicle and control the parking solution's infrastructure.

During the primary research phase, experts from related industries, manufacturers and suppliers were interviewed to understand the current and future market dynamics for intelligent parking systems and solutions for parking management. This overview, combined with NWA's post-sensor KPIs, will help you decide which features of NWA's intelligent parking solutions meet your project needs and which do not.

In order to create the conditions, let us discuss the most important requirements that turn a simple parking solution into an intelligent parking solution. As discussed in many of our previous posts, the basic goal of a smart parking solution is to accurately identify the presence or absence of vehicles in a particular area of a particular parking lot or room solution, and to share the data with various visualization and analysis apps available to drivers, parking managers, and law enforcement officials. The next higher goal is not only to have a yes or no to the presence of the vehicle, but also to be able to see which vehicle or vehicles are present and whether they belong to the driver who parks in the specific area where the parking bay is activated.

A driver or user can use the app to book a parking space, select their status and change the book accordingly. When the driver or user arrives in his car, the parking status is turned into a V and changes to occupied, and the status changes to free when the car leaves. The room occupancy information is displayed in real time in the control center to ensure 24 / 7 functionality.

When difficulties arise, such as when a driver enters a parking space without a status book, the SPIN-V will take action to ensure system availability. License plate reading technology (LPR) uses a series of cameras to detect and read the number plates of approaching vehicles. By tracking reservations for each car in the facility, the system detects when it is sold out and restricts access only to vehicles with reservations.

A dynamic display of available parking spaces shows the driver the fastest way to appropriate parking spaces. The use of modern green technologies leaves a positive impression with shorter travel times and lower environmental impacts.

Intelligent parking systems (also known as automated parking systems) include the use of technology, cost-effective sensors and real-time data applications to manage on- and off-street parking efficiently. Property developers in India have introduced advanced parking systems into their projects, which have become their key strategy to boost their business.

Micro I / O has developed an intelligent parking system illustrated in Figure 4, which is suitable for both indoor and outdoor use. The system is based on wireless magnetic sensors, shown in Figure 5, which are used in each parking lot to identify occupants on ground. As soon as drivers know how to find a free parking place right in front of their destination and begin looking around the road, the entire system starts to change from chaotic to intelligent.

Parking has a main objective, and that is to serve the needs of motorists. This may sound simple, but the fact is that our parking systems are geared towards real estate rather than drivers. We often see urban planners developing urban development programmes aimed at constructing new buildings without taking due account of the people who have access to them.

Smart parking can be used in private car parks, inns, emergency clinics, shopping centres, offices, public car parks, etc. To make free parking more accessible for drivers. Smart parking works by using sensors such as cameras, vehicle counting systems and sensors installed on pavement to manage and allocate parking spaces. Drivers who want to park their vehicles are not always aware of the dangers of road traffic.

An intelligent parking guidance system displays information on the number of spaces available on a screen placed in the car park so that the driver can see and decide which parking space (28 or 30) is occupied. It helps to count free parking spaces based on the number of vehicles entering and leaving. RFID offers an individual occupancy status, which makes it easier for the driver to find out if there are free parking spaces.