Smart water conservancy construction needs to be accelerated urgently, and drones are injecting strong impetus

The so-called "smart water conservancy" refers to the use of intelligent technologies and equipment such as artificial intelligence, the Internet of Things, big data, and robots to improve the management efficiency and service level of the water conservancy department, and promote the informatization of water conservancy. Intelligent development. In recent years, with the rapid breakthrough of new generation communication technology and the widespread application of various intelligent terminals, the development of smart water conservancy in my country has ushered in important opportunities.

Opportunities for smart water conservancy construction are highlighted

As one of the important livelihood projects in my country, water conservancy construction has attracted much attention since ancient times. . As there are many rivers and lakes in our country and the natural climate and environment are diverse, strengthening water conservancy construction can not only effectively prevent various natural disasters, but also enhance the protection and utilization of water resources and promote the development and application of new energy. Based on this, our country has always been an important country in water conservancy.

But our country is not yet a strong country in this area. Since modern times, due to the increase in population, deterioration of geography and climate, as well as the continuous influence of water resources distribution, urbanization development and other factors, my country's water conservancy construction has increasingly faced many challenges, the pace of development has also continued to slow down, and various new demands have emerged. It has put forward new requirements and challenges for water conservancy construction, and transformation is imminent.

Against this background, the emergence of various intelligent technologies and equipment has brought opportunities to the implementation of the concept of smart water conservancy, effectively promoting the upgrading and transformation of traditional water conservancy construction. For example, the commercial use of 5G has brought good news to the high-speed and precise development of water conservancy communications; at the same time, the industrial Internet, the Internet of Things, etc. have been included in new infrastructure, which has also brought key informatization support to water conservancy development and construction.

In addition, many policies related to smart water conservancy issued by the state provide guidance and protection for the development of the industry. Since 2019, my country's water conservancy department has issued a number of documents such as the "Guiding Opinions on Accelerating the Promotion of Smart Water Conservancy" and the "Overall Plan for Smart Water Conservancy", which have strengthened supervision of the water conservancy industry while making up for the shortcomings of water conservancy projects, effectively promoting the development of water conservancy. Speed ​​up.

　Drones have become an important tool for development

Among the many smart technologies and equipment, none peopleThe value of machines to the development of smart water conservancy is obvious to all. In recent years, with the continuous breakthroughs in UAV navigation, communication, sensing, flight control and other technologies, the industrial scale and application have continued to expand, and its application in water conservancy has become more frequent and common. For the development of smart water conservancy, drones bring two values.

One is monitoring, inspection, exploration, rescue and cleaning above and below water. According to categories, drones can be divided into aerial drones and underwater drones. The former can use its flexible application, simple operation, and wide coverage to conduct aerial monitoring and inspection of flood disasters, water conservancy facilities, water environment, etc., while the latter can explore and extend underwater water conservancy space through underwater operations.

The second is the integration of various intelligent technologies. In addition to serving as a frontline assault weapon in water conservancy construction, drones can also contribute to smart water conservancy as a central control brain. As a platform tool, drones can integrate a variety of smart technologies and equipment, such as artificial intelligence, the Internet of Things, sensors, 5G, etc., thus simplifying the creation of smart water conservancy.

In summary, in the development of smart water conservancy, drones can not only take the lead in working at the front, but can also provide support at the rear as the central control brain. For the development of smart water conservancy, drones are undoubtedly an important weapon and tool. In the future, with the continued penetration of drones in water conservancy construction, the development of smart water conservancy may continue to mature and achieve more gratifying results.

　Challenges and trends in future development

Of course, although drones have significant value and prospects in the development of smart water conservancy, It can be expected, but at this stage, because on the one hand, the operating environment of my country's water conservancy is relatively complex, changeable and harsh; on the other hand, the development of drones in my country is not mature enough, and there are still many difficulties in the combination of drones and smart water conservancy in my country. . In this context, future development still needs to grasp the trend and face the challenges:

First of all, if our country wants to achieve large-scale mature applications of drones in smart water conservancy, it needs to overcome the problems of drones in smart water conservancy. Faced with the triple difficulties of technology, supervision and talent, we can meet the application needs in water conservancy, reduce safety hazards, and complement development by continuously promoting drone technology innovation, strengthening drone supervision regulations, and promoting the construction of drone professionals. Talent shortcomings.

Secondly, our country also needs to grasp and follow the development trends in four aspects. The first is to enhance the operational capabilities of UAVs by moving towards large-scale development; the second is to optimize the application experience and level towards intelligent development; the third is to develop towards network connectivity and upgrade remote control and operation; the fourth is towards integration. Develop and expand application space and value. onlyOnly by grasping the trend can you find the right direction.