Information technology, as the core of water resources management, is essential for centralised control and rational allocation of water resources, as well as for improving their usage and efficiency. Water quantity monitoring plays a key role in the informatisation construction of irrigation areas and farmland water conservancy.
Through efficient water monitoring technology, the flow and distribution of water resources can be accurately grasped to provide data support for scientific management and decision-making of water resources. This not only helps to optimise the allocation of water resources, but also improves irrigation efficiency and promotes sustainable agricultural development. In addition, water quantity monitoring is an important means of assessing the status of water resources and preventing and managing water-related disasters.
The water quantity monitoring system is a key component of water resource management in irrigation districts, which enables real-time monitoring of key hydrological parameters such as water level and flow rate by deploying monitoring stations in key areas. These stations are usually equipped with advanced sensors and video monitoring equipment that can collect accurate water level data, flow information, and real-time video images.
The collected data is transmitted through the automated system to a centralised software platform through which users can monitor water consumption in a visual way. This intuitive monitoring enables users to get a clear picture of water usage and make quick responses and rational arrangements based on real-time data to optimise the allocation and utilisation of water resources.
It provides users with the flexibility to access the information they need in a timely manner, wherever they are, to ensure efficient and accurate water management. Through this intelligent monitoring and management, the efficiency of water resources utilisation in irrigation districts can be significantly improved, providing strong support for the sustainable development of agricultural irrigation and water resources.
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