In the field of environmental protection in smart cities, the application of new energy technology is mature, and the Internet of Things technology is becoming more and more extensive.The Internet of Things of charging piles has become a popular application in the construction of smart cities. Charging pile is an important supporting facility for new energy vehicles.It is of great significance for energy conservation and emission reduction and promoting the sustainable development of environmental protection concept.The 4G cellular router is the core network transmission equipment of the charging pile Internet of Things.It can realize the collection and transmission of new energy charging pile data and remote monitoring and management.Best cellular router greatly improves the efficiency of intelligent operation and management of charging piles.
According to a report by MarketsandMarkets, a market research Institute, the global 4G cellular router market reached $2.033 billion in 2019.By 2024, it is expected to reach 2.882 billion US dollars, with a compound annual growth rate of about 7.2%.The 4G cellular router market in Europe and the United States is also developing. In the field of 4G cellular router applications, the Chinese market is relatively large.According to a report by consulting firm QY Research, China's cellular wireless router market reached $1.955 billion in 2019.Among them, 4G cellular router market accounts for a large proportion.
The 4G cellular router of the charging pile Internet of Things system has the function of data transmission unit Lte modem.The real-time data of charging piles can be transmitted to the cloud platform for processing and analysis through the 4G cellular network.These real-time data include the working status of charging piles, charging power, charging capacity and other important information.It can help operators to grasp the operation of charging piles in time and carry out remote monitoring and management.
The Lte modem data transmission function is responsible for uploading the real-time data of the charging pile to the cloud platform through the 4G cellular network.In the process of data acquisition, managers can obtain the operation status of charging piles in real time through Lte modem.Including the working time, charging power, charging capacity and other key parameters of the charging pile.Through the high-speed transmission of 4G cellular network, the charging pile data can be quickly and accurately transmitted to the cloud platform.It provides reference for managers to make decisions and the basis for remote management.
The 4G cellular router in the charging pile Internet of Things system can provide a stable network connection for the charging pile.Ensure high-speed data transmission and reliability.Because of the wide coverage and fast speed of 4G cellular network, charging pile operators can remotely monitor and manage charging piles through 4G cellular network.There is no need to go to the scene in person, which greatly improves work efficiency and saves personnel costs and travel costs.
New energy charging pile operators can achieve remote monitoring and management functions.The management center can monitor the working status and data of charging piles in real time through the cloud platform, including real-time charging capacity, equipment failure, etc.When the charging pile fails or other abnormal conditions occur, the system will automatically send alarm information to the relevant personnel for timely processing.The management system can also record the historical data of charging piles and provide data analysis and decision support.To help operators optimize the operation strategy of charging piles.
Through online monitoring and remote management, the charging pile management center can find out the faults and abnormal conditions of the charging pile in time.Improve the efficiency of maintenance and processing, and ensure the user's experience.Secondly, the system can optimize the operation strategy of charging piles through data analysis and prediction.The utilization rate and the economic benefit of the charging pile are improved.The application of charging pile Internet of Things system can also provide large data support for the government and relevant departments.To help them make scientific decisions and policies.
4G cellular router helps new energy charging piles effectively operate and maintain the challenges of fast-growing charging stations.And ensure that charging stations are fully utilized and profitable, while providing customers with seamless charging experience in the field of new energy charging piles.It greatly improves the intelligent level and management efficiency of charging piles.
The 4G cellular router of the charging pile is managed through data acquisition, transmission and remote monitoring of the 4G cellular network.The management center can grasp the operation of the charging pile in real time, deal with faults and abnormal situations in time, and optimize the operation strategy of the charging pile.And the use experience and the economic benefit of the user are improved.The application of charging pile Internet of Things system can also provide data support for management departments and promote the development of smart cities and green travel.
