RFID intelligent environment sensing IoT technology

Civil aviation belongs to the service industry. my country's civil aviation is in a period of strategic opportunities for comprehensive development. Comprehensive improvement of passenger service quality is also an important part of it and an inevitable demand for social development. The majority of civil aviation enterprises represented by airlines and airports have always attached great importance to it. Improvement of service quality. At the same time, the country has also put forward new requirements for energy conservation, environmental protection, and carbon emission reduction. With the development of sensor technology and Internet of Things technology, the use of modern sensors and Internet of Things technology to wirelessly transmit information has considerable application value for environmental monitoring.

For airports, the terminal is the place where passengers stay the longest and have the most intuitive experience of the airport environment and services. The terminal building itself is large in area, has many glass curtain walls, high space, and many equipments. The internal flow density is difficult to control. The central air-conditioning system in the building cannot accurately sense changes in the surrounding environment based on the spatial location, making it difficult to control local temperature and humidity, which affects passengers. At the same time, extensive management of central air conditioners results in unnecessary waste of energy efficiency.

A high-tech company that designs, develops and produces RFID and various sensor chips and customizes overall solutions. The main industry customer groups it currently serves include power grids, cold chain logistics, airports, ports, computer rooms, etc. that require RFID tags and temperature, humidity, and pressure Various types of enterprises monitored.

In view of the current problems encountered by Shenzhen Airport Terminal, through the provided active temperature and humidity RFID tags and RFID gateway, the ambient temperature and humidity of the location can be collected through RFID tags deployed in the space inside and outside the terminal, and wirelessly The signal is transmitted to the RFID gateway, which transmits all RFID tag data to the cloud server through Ethernet, Wifi or 3G network. The server can generate heat maps of relevant locations on each floor of the terminal in real time, and output data based on temperature, humidity, lighting and air conditioning. Establish the temperature control model of each temperature control unit based on air vents and other factors, and dynamically transmit optimization adjustment instructions to the automated temperature control system according to the formulated adjustment strategy to achieve refined and intelligent management of temperature, humidity and lighting in different sub-areas on different floors of the airport to ensure The temperature and humidity of the environment in each area of the terminal are balanced, comfortable and stable, which improves passenger comfort, reduces energy consumption and saves airport operating costs. In addition, based on the operational historical data continuously accumulated by the system, combined with weather, passenger flow, etc., big data analysis is performed to form an airport terminal temperature control calendar, which provides reliable decision-making data for the airport's operation management and helps Shenzhen Airport build a benchmark "most Experience the "smart airport".

Through the strategic cooperation with Shenzhen Airport, we will gain experience in environmental awareness information services, intelligent airport operation management, and intelligent civil aviation travel services. We look forward to deepening and developing airport information technology in the process of building a 'smart airport'. , becoming a global benchmark. Work with Shenzhen Airport to build a benchmark "smart airport" with the "most experience".