Parking lot solution based on NB-IoT standard

If traditional parking lots want to be upgraded to smart parking lots, they must rely on IoT technology and corresponding business models. On the surface, the Internet transformation of parking lots in the current market has joined the payment system or the development of mobile APPs for the real-time query of remaining parking spaces. But most of them are just the traditional model + Internet, which is destined to be an excessive state. The real smart parking lot must be based on the Internet of Things technology to have a development prospect.

For example, on university campuses, due to limited parking spaces, teachers often cannot find parking spaces in time before class. If the parking lot is connected to the course system, it will know when a certain teacher has a class, and the parking lot will automatically reserve a parking space for him. GPRS-модуль

Another example, in the supermarket parking lot, the parking lot system and the membership system are connected, so that he can know whether the value of his purchase meets the standard of free parking, and the vehicles that have met the free conditions are automatically released at the exit instead of parking at the exit and Show the shopping receipt.

NB-IoT technology is used in parking space facilities such as geomagnetic vehicle detectors, ground locks, and ground piles. It has the advantages of not needing to replace batteries for several years, full network coverage, saving labor costs, reducing road congestion, and cultivating good parking habits.

Smart parking supports flexible parking space inquiry, parking space reservation, parking space guidance, etc., truly realizes convenient parking, and can reduce the time for car owners to find a parking space by about 40%; supports automatic payment, APP payment, on-site payment and other payment methods, making it more convenient for car owners to use , The workload of billing staff is reduced by 60%.

The all-wireless structure of smart parking is easy to install, and it only takes 2 people/day to deploy 100 car detectors on average; the geomagnetic car detector has strong anti-interference ability, the structure is detachable, the battery is universal and easy to buy, and its lifespan can exceed 5 years; once the battery is low When the threshold is exceeded, the main station will send an alarm notification, and the maintenance personnel can use customized tools to easily take out the corresponding inner tank to replace the battery. On average, only 1 person/day is needed to replace the batteries of 200 geomagnetic vehicle detectors.

The effective integration of massive parking data through data mining technology supports the management department to realize the unified planning and management of parking resources, and can effectively prevent the occurrence of missed fees and misappropriation of fees. WIFI последовательный сервер

Users can realize functions such as parking space inquiry, reservation, navigation, mobile payment, and parking lot management on their mobile phones, which solves the problem of difficulty in finding parking spaces and alleviates traffic congestion to a certain extent. Based on the ubiquitous and safe and reliable NB-IoT network provided by the operator, the vehicle detector can be installed and used immediately, the deployment cost is greatly reduced, and it supports a service life of several years.

The Internet of Things technology is an application that combines traditional industries with no time and space boundaries and Internet technology, which has brought earth-shaking changes to people's lives in a subtle way.