The background, needs, functions, characteristics, effects and significance of new energy charging pile Internet of Things applications, as well as the role and advantages of industrial 4g sim routers in it.

With the rapid development of new energy vehicles, charging pile Internet of Things applications are facing demands and challenges in online data management and real-time monitoring, data transmission security, system stability and reliability, etc., and they need to rely on the high speed and broadband of 5G industrial routers. , safe, flexible, intelligent and other features to achieve efficient collection, transmission and processing of charging pile data.

- Realize online management and real-time monitoring of charging pile data, collect and upload charging pile data to the Internet of Things platform through 5G/4G industrial routers, and use the wireless network platform to realize data transmission of data information.

- To ensure the security of the transmission of charging pile data, a variety of encryption algorithms and security measures are used through 5G industrial routers to ensure that the data transmission process will not be subject to malicious attacks or theft and tampering. It also provides remote configuration, upgrade and maintenance functions to repair vulnerabilities in a timely manner and Improve device performance.

- Improve the stability and reliability of the charging pile system, and adopt multi-link self-checking technology through 5G industrial routers to ensure that the network does not drop out in unattended scenarios. It also has flexible networking capabilities and rich interfaces with RS485/ RS232/Gigabit network port/dual SIM card, you can freely choose the connection method according to the on-site terminal equipment to achieve more efficient energy management and network support.

E-Lins H685 5g 4g sim router is a super mini industrial-grade IoT wireless communication router that supports 5G/4G/3G/2G networks, full network connectivity, and is suitable for various operators and network standards, making project operation more convenient and economical. It can play the following roles in charging pile IoT applications: 

- Provides high-performance wireless communication capabilities, built-in 5G/4G industrial modules, supports high-speed data transmission, meets the upload and download requirements of large-traffic data, and improves user experience.

- Provides a wealth of functions and interfaces, supporting VPN, DDNS, firewall, IO terminal block, GPS, WiFi, POE and other functions and interfaces, which can meet the application needs of various scenarios and realize remote control, positioning, advertising push, etc. of charging piles. Function.

- Provides industrial-grade design and protection, using a metal shell with a protection level of IP30. It has strong moisture-proof, lightning-proof, and anti-electromagnetic interference capabilities. It is suitable for complex industrial environments and ensures the stable operation of the equipment.

The effect and significance of the IoT application of charging piles are: to improve the operating efficiency and service quality of charging piles, and to enhance users’ charging experience and satisfaction; to promote the deep integration of charging piles with electric vehicles, power grids, and the Internet, and to build smart energy and smart transportation , smart life, and the new ecology of smart cities; promote new infrastructure and new business formats of charging piles, and help the development of the new energy automobile industry and the progress of the green energy industry.