In order to solve the contradiction between the supply and demand of my country's natural gas resources "more in the west and less in the east" and energy demand "more in the east and less in the west", as of 2025, the project has completed the first to fourth lines, with a total mileage of more than 20000 kilometers, covering 28 across the country Provinces, autonomous regions and municipalities, with an annual gas transmission capacity of 240 billion cubic meters, benefiting the 0.5 billion population, covering more than 400 cities and more than 3000 large and effectively solving problems. At present, the West-East Gas Transmission Project is still under accelerated construction, including the eastern section of the second line of Sichuan-East Gas Transmission, the middle section of the fourth line of West-East Gas Transmission, and other strategic channels. After completion, it will cover more cities and regions, and further realize the flexible allocation of resources. Since the total mileage of the pipeline system of the West-East Gas Pipeline Project exceeds tens of thousands of kilometers, it faces multiple difficulties in the process of construction and operation, especially in sensitive areas such as cultural relics protection, water sources, and ecology, unmanned areas, and some urban dense pipe networks. In order to realize the effective protection of the surrounding and pipe network, reduce the workload of manual inspection, and quickly locate the problem, the automation and intelligent monitoring means throughout the engineering construction, operation, maintenance and other links are particularly important.

Therefore, with the development of innovative technology, in order to achieve efficient supervision and management of the construction site and subsequent operation and maintenance, digital, intelligent and visual monitoring programs are widely used in the construction projects of the West-East Gas Pipeline Project. However, for outdoor scenes, how to realize real-time remote synchronization of video surveillance, Internet of Things equipment, working status and video data is a difficult problem to be solved. Specifically, there are the following problems to be solved:

● In order to realize remote data synchronization of Internet of Things equipment and real-time return of on-site video information, it is necessary to deploy multiple sets of monitoring equipment on the site of the West-East Gas Pipeline Project and connect to the Internet. However, due to the complex on-site environment, the traditional wired access method is extremely inconvenient and cannot realize the on-demand and flexible movement of monitoring equipment. ● If 4G/5G mode is used, although Internet connection can be realized, it usually does not have public network IP and cannot use traditional virtual private network and other means to realize real-time remote transmission and viewing of Internet of Things data and video images on site of the West-to-East Gas Transmission Project. ● Due to the large number of equipment distributed outdoors, it takes time and effort to deploy one by one on site, which cannot meet the time requirements of the project. At the same time, in case of failure, go to the site for investigation, and the processing time is long.

In the face of the above difficulties, Aweseed provides an off-site networking solution that can be applied to digital, intelligent, and visual monitoring of the West-East Gas Pipeline Project. It can not only solve the problems of outdoor video monitoring, Internet of Things terminal wiring, and network access, but also Realize high-quality remote exchange visits and data synchronization based on any network environment, and can quickly deploy, remote operation and maintenance, and help the West-East Gas Pipeline project in a high-quality and cost-cost-cost-effective manner.

Aweseed to solve the problem of network access and wiring of outdoor monitoring equipment in the West-East Gas Pipeline Project

First of all, facing the Internet access demand of a large number of outdoor monitoring equipment for the West-East Gas Pipeline, Aweseed provides industrial router R300 series with built-in 4G/5G network access capability, which can support PoE power supply. For example, video monitoring equipment such as mobile cloth control ball, four-eye camera, high-definition network ball machine, and various Internet of Things equipment can be connected to routers, and Internet connection can be realized through 4G/5G, at the same time, it also meets the needs of flexible movement of equipment according to construction and project conditions.

It is worth mentioning that the R300 series supports built-in and external SIM cards, without the need for on-site card-by-card configuration, and can be centrally activated and used and remotely managed in batches through the cloud, thus effectively improving the deployment efficiency.

In addition, the Aweseed R300 series can also support dual-card mutual backup or Aweseed multiple netcom cards. In the case of using multiple Netcom cards, you can access the three major operators of mobile, telecommunications, and China Unicom without multiple SIM cards. Facing the complex network environment of the West-East Gas Pipeline construction site, you can switch operators in seconds as soon as possible. Ensure that the terminal equipment always gets the best network.

Based on any location and any network environment, realize high-quality remote synchronization of monitoring data of the West-East Gas Pipeline Project

Secondly, the Aweseed industrial router R300 series can not only easily solve the Internet connection problem of the equipment, but also have the remote networking capability of the Aweseed based on SD-WAN self-research. It does not rely on fixed public network IP and operator dedicated line, and can set up a remote virtual local area network based on any network environment to realize real-time data return of the field monitoring equipment of the West-East Gas Transmission Project.

Different from most three-layer networking schemes, Aweseed schemes have the capability of self-research two-layer networking, which can realize the expansion of broadcast domain. When remotely configuring monitoring equipment on the site of the West-East Gas Transmission Project, there is no need to manually add complicated IP addresses, and remote equipment can be automatically discovered through LAN scanning, helping to realize rapid deployment.

More than that, for the project site of West-East Gas Pipeline located in remote areas, the fluctuation problem that 4G/5G network is easy to encounter, Aweseed has self-developed weak network optimization technology, former error correction and retransmission mechanism, and dynamic adjustment of transmission rate, which can further improve the efficiency and stability of data transmission and optimize the delay of data transmission of video monitoring equipment in the case of network congestion or high packet loss rate, effectively eliminate the monitoring screen stuck, lost frames and other issues, and further protect the quality of remote monitoring.

Aweseed supports remote batch management and simplifies daily operation and maintenance of on-site equipment in the West-to-East Gas Pipeline Project

Finally, in the face of the monitoring equipment of scattered branches on the West-East Gas Pipeline site, the Aweseed router supports remote batch distribution of pre-configuration templates. It only needs to complete the configuration in advance, and the router can be automatically applied after on-site installation, power-on and networking. It can realize deployment or adjust settings without the need for technicians to go, which can effectively speed up the implementation of the project. Even in the face of temporary new monitoring point demand, Aweseed can respond quickly. Only Aweseed routers need to be deployed at the new monitoring point. After the power is connected to the Internet, the addition can be completed directly through the cloud management platform without any adjustment to the existing configuration and equipment, thus ensuring that the project will not be delayed.

Moreover, in the face of the monitoring center needs remote real-time access to the West-East Gas Pipeline site data, monitoring screen needs. In the face of the complex environment of the network architecture of the monitoring center, the Aweseed also supports bypass access. It only needs to be matched with Aweseed enterprise-level routers to quickly complete the deployment of the entire project without changing the existing network architecture.

In addition, Aweseed cloud platform can also monitor the status of equipment and lines in real time, record abnormal information in the first place according to alarm policies, and push it to Aweseed management App or enterprise micro, DingTalk, flying books, etc., so that administrators can sense abnormalities in time. At the same time, the Aweseed router supports remote adjustment of wireless/Internet/LAN settings, firmware update, restart, etc. in the cloud, and can operate without arriving at the scene, deal with problems, and effectively reduce the interruption time of the fault.

In general, the Aweray of Aweseed remote networking solutions provides a strong guarantee for the rapid implementation and efficient operation and maintenance of the digitalization and visual monitoring of the West-East Gas Pipeline construction. It shows great value and potential in practical applications, and high quality, The cost-effective way has improved the digital upgrade of the West-East Gas Pipeline project and improved the efficiency of resource utilization.