The construction of intelligent water conservancy system and the realization of remote monitoring and intelligent management of water conservancy facilities have become an inevitable trend in the development of the industry. However, in the process of meeting the needs of water conservancy monitoring system for data transmission and interconnection, there are still many challenges:

● Difficulties in network access: Many water conservancy monitoring points are located in remote locations, and the cable network is not covered. The cost of laying network cables is high and the construction is difficult. Although there are 4G/5G wireless networks, the signal is often weak and unstable, and the reliability of real-time data transmission cannot be guaranteed. ● High networking costs: Traditional networking methods rely on public IP addresses or leased lines. The process of applying for a public IP address is complicated, and leased lines are expensive. For large-scale water conservancy projects with a large number of sites and a wide range of distribution, the cost of networking is heavy. ● Complex operation and maintenance management: Water conservancy facilities are scattered, there are many types of equipment, and on-site operation and maintenance are time-consuming and laborious. In the traditional network structure, it is difficult to troubleshoot and lack of effective remote operation and maintenance means, which affects the stable operation of the system. ● Data security risks: Water conservancy data involves important information such as water resources allocation and flood control security, and is vulnerable to cyber attacks during transmission, resulting in data leakage risks. The security protection capability of traditional networking is weak, and it is difficult to meet the strict data security requirements.

Aiming at the network bottleneck in the monitoring and management of water conservancy facilities, Aweseed remote networking scheme provides a set of * * efficient, flexible, safe and low-cost * * solutions. Based on advanced SD-WAN remote networking technology, the scheme helps the remote monitoring system of water conservancy facilities to achieve convenient deployment, stable interconnection and efficient operation and maintenance, and injects strong momentum into the construction of intelligent water conservancy.

Breaking through remote access barriers: the easy way to deploy Aweseed

The Aweseed provides a series of off-site networking routers (such as R300 series industrial routers, which won the first market share of online e-commerce platforms in 2024 in China), supports 4G/5G and other network access methods, and flexibly adapts to the complex network environment of water conservancy monitoring sites. In remote sites without wired networks, 4G/5G can be quickly accessed. For unstable areas of wired networks, dual-network backup mode is supported to ensure continuous online network and uninterrupted data transmission.

Aweseed industrial R300 series routers are deployed at hydrological monitoring sites such as rivers, lakes and reservoirs, and sensors such as water level gauges, rain gauges and current meters are connected to the routers. Through the built-in 4G/5G or wired network access capability of the R300 series, even in remote areas with poor signal, a stable network connection can be established, laying the foundation for real-time data return.

Optimize input cost: Aweseed cost-effective networking solution

Aweseed SD-WAN-based remote networking technology, compared with traditional public network IP and dedicated line networking, can make full use of existing network resources (such as 4G/5G, ordinary broadband), without high dedicated line rental costs, significantly reduce networking costs, especially suitable for water conservancy projects with numerous sites and wide distribution, and save a lot of capital investment for water conservancy departments.

Enabling remote operation and maintenance: Aweseed intelligent management platform

Aweseed support cloud deployment and operation and maintenance, equipment plug and play. Simply connect the Aweseed router to the network and perform simple configuration through the cloud platform (support batch distribution), you can quickly build a remote network, greatly shorten the deployment cycle, lower the implementation threshold, and non-professionals can easily operate.

At the same time, the Aweseed provides a strong remote centralized operation and maintenance capability, pushing equipment status, terminal changes and network fault alarms in real time through Aweseed management App, enterprise WeChat, DingTalk, flying books and other platforms. Technical personnel can remotely complete router configuration adjustment, firmware upgrade, troubleshooting and other operations without visiting the site, significantly improving operation and maintenance efficiency and reducing labor and time costs.

After Aweseed routers are deployed at reservoir dams, irrigation area water intakes/diversion gates/pumping stations, and urban water supply and drainage network nodes, technicians can remotely monitor the status of all Aweseed routers, configure equipment parameters, receive alarms and handle faults through a unified cloud management platform. For example, when the Aweseed router of a pumping station in an irrigation area reports network interruption or the water quality sensor data of an urban drainage pumping station is abnormal, the operation and maintenance center can receive an alarm at the first time and intervene remotely without immediately sending personnel to remote or scattered sites, thus greatly simplifying the operation and maintenance management across regions and multiple sites.

Build a strong security line: Aweseed data security system

Aweseed, a perfect security system covering user identity authentication, fine management of rights and the whole process of encrypted data transmission has been constructed. The whole process of data transmission is encrypted to prevent leakage, and user access rights are strictly controlled to ensure that only authorized personnel can access relevant data and equipment to ensure the safe and stable operation of the monitoring system. In addition, private deployments are supported to meet the water industry's higher compliance requirements for data security.

At present, for all kinds of water conservancy facilities application scenarios, Aweseed provides a wide range of software and hardware integration solutions. Whether it is reservoirs and river gates in remote mountainous areas, or urban pumping stations and water quality monitoring points, the Aweseed scheme can be flexibly deployed to meet the core needs of remote video monitoring, data acquisition, automatic control and so on.

The Aweseed intelligent water conservancy networking scheme uses SD-WAN technology to solve the core problems of remote monitoring of water conservancy facilities in * * network access, networking cost, operation and maintenance management, data security * *. Through the combination of software and hardware such as Aweseed industrial routers and cloud management platforms, the scheme achieves the goals of stable networking in remote areas, reducing networking and operation and maintenance costs, simplifying remote management, and ensuring data transmission safety. It is suitable for reservoir dams, hydrological monitoring, irrigation District management, urban water supply and drainage and other water conservancy application scenarios.