Hydrological information monitoring equipment, hydrological information monitoring system and hydropower station

Abstract

The invention discloses hydrological information monitoring equipment, a hydrological information monitoring system and a hydropower station. The hydrological information monitoring equipment comprises a buoyancy device, a fixing device, a detection device, a processing device, a communication device and a power supply device, wherein the hydrological information monitoring equipment can acquire first hydrological information of the cross section of the drainage basin, where the hydrological information monitoring equipment is arranged, by the detection device, then the processing device is used for processing the first hydrological information to acquire second hydrological information, and finally, the second hydrological information is sent through the communication device and is received by the hydropower station, so that the hydropower station can timely acquire the hydrological information of the needed drainage basin and make a corresponding treatment, the high water level running mode or the low water level running mode, which has low economic benefit, is avoided, and the economic benefit of the hydropower station is increased.

Description

technical field [0001] The present application relates to the technical field of hydrological information monitoring, and more specifically, to a hydrological information monitoring device, a monitoring system and a hydropower station. Background technique [0002] Hydrological information usually includes water level information, flow velocity information, and flow information at different cross-section locations in a river basin. Monitoring hydrological information is of great practical significance for hydropower stations, such as adjusting the number of generating units put into operation through the hydrological information of the upstream basin and predicting risks in time through the hydrological information of the upstream basin. In cascade water conservancy development, hydrological information plays a more important role for hydropower stations at all levels. This is because the use of hydropower in the basin by upper-level hydropower stations has a very large impa...

AI Technical Summary

Problems solved by technology

In cascade water conservancy development, hydrological information plays a more important role for hydropower stations at all levels. This is because the use of hydropower in the basin by upper-level hydropower stations has a very large impact on lower-level hydropower stations, and it is likely that lower-level hydropower stations have to compare economic benefits. Low-high water level operation mode or low water level operation mode operation will greatly reduce the economic benefits of lower-level hydropower stations, so the acquisition of hydrological information is very important

[0003] However, most hydropower stations in the existing technology do not have the equipment and ability to monitor upstream hydrological information

However, if the hydrological information of the hydropower station is not obtained in time, the economic benefits of the hydropower station will be reduced.

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