Hydrological and Rainfall Monitoring Facilities Facilitate Precise Monitoring in Hydrological Scenarios

Utilizing K-band planar radar technology, these facilities facilitate precise monitoring in hydrological scenarios.

Through K-band planar radar technology, they simultaneously collect water level and rainfall data from channels and rivers in a non-contact manner. Based on built-in algorithms, they output accurate real-time hydrological parameters, exhibiting strong resistance to environmental interference, ease of operation and maintenance, and wide applicability to various water conservancy monitoring and flood control operation scenarios.

These hydrological and rainfall monitoring facilities are core sensing devices in the smart water conservancy system. Primarily relying on advanced K-band planar radar technology, they operate entirely in a non-contact manner, simultaneously collecting and calculating real-time water level and rainfall data. Through built-in professional software algorithms, they accurately output standardized monitoring data, providing reliable data support for hydrological analysis and flood control scheduling. This equipment overcomes the environmental limitations of traditional monitoring equipment, remaining unaffected by temperature changes, water sediment, river pollutants, floating debris, fog, wind, and other external factors, enabling stable operation in complex outdoor hydrological environments.

In terms of performance parameters, the equipment exhibits excellent monitoring accuracy, with a water level ranging range of 0.1 to 40 meters, a ranging accuracy of ±1 mm, and a resolution of 1 mm. The monitoring interval is flexibly adjustable to adapt to different monitoring frequency requirements. Rainfall monitoring covers a range of 0 to 4 mm/min rainfall intensity, with a measurement accuracy of ±0.2 mm and a resolution of 0.2 mm. Equipped with a standard φ200 mm rain-collecting aperture, it meets the conventional monitoring standards of the hydrological industry. The equipment features a planar array radar antenna with built-in precise angle measurement capabilities. Its compact size and simple installation and deployment process eliminate the need for complex construction operations, making it suitable for various site conditions. It synchronously collects water level and rainfall data from channels, rivers, and other scenarios using a non-contact method, outputting accurate real-time hydrological parameters based on built-in algorithms. It boasts strong resistance to environmental interference, convenient operation and maintenance, and is widely applicable to various water conservancy monitoring and flood control operation scenarios.

The hydrological and rainfall monitoring facility is a core sensing device in the smart water conservancy system. It primarily relies on advanced K-band planar radar technology for monitoring, employing a completely non-contact operation mode. It can simultaneously collect and calculate real-time data on two core hydrological parameters: water level and rainfall. Through built-in professional software algorithms, it accurately outputs standardized monitoring data, providing reliable data support for hydrological analysis and flood control scheduling. This equipment overcomes the environmental limitations of traditional monitoring equipment, remaining unaffected by temperature changes, water sediment, river pollutants, floating debris, fog, wind, and other external factors, enabling stable operation in complex outdoor hydrological environments.

In terms of performance parameters, the equipment exhibits excellent monitoring accuracy. Water level measurement ranges from 0.1 to 40 meters, with a measurement accuracy of ±1 mm and a resolution of 1 mm. The monitoring interval is flexibly adjustable to adapt to different monitoring frequencies. Rainfall monitoring covers a range of 0 to 4 mm/min, with a measurement accuracy of ±0.2 mm and a resolution of 0.2 mm. Equipped with a standard φ200 mm rain catcher, it meets the conventional monitoring standards of the hydrological industry. The equipment is equipped with a planar array radar antenna, which has a built-in accurate angle measurement function. It is compact in size, easy to install and deploy, requires no complicated construction operations, and is suitable for various site conditions.