High-efficiency irrigation coupling technique device based on TCC (Total Channel Control)

Abstract

The invention provides a high-efficiency irrigation coupling technique device based on TCC (Total Channel Control). The high-efficiency irrigation coupling technique device comprises an integrated automatic measurement and control gate (13), a sedimentation tank (17), a clean water pond (22), a pump house (24), a field irrigation canal system (25) and a changed downstream water level sensor (20). The high-efficiency irrigation coupling technique device is characteristics that an integrated measurement and control gate downstream water level sensor (11) in the structure of the integrated automatic measurement and control gate (13) in the TCC is separated, and is transplanted in the clean water pond (22) at the head part of a demonstration core area through a data line (19), so that the water level of the water pond can be automatically controlled through the gate, the purpose of controlling a field automatic high-efficiency water-saving irrigation system is further achieved, and perfect coupling between the TCC and the field automatic irrigation technique is realized. By means of an accurate metering way and a total channel control characteristic, the utilization rate of agricultural irrigation water is improved.

Description

[0001] 1. Technical field [0002] The technology of the invention belongs to the technical fields of water conservancy and hydropower engineering construction, electronics, communication and automatic control. [0003] 2. Technical Background [0004] In 2012, the Shule River Basin Water Resources Management Bureau of Gansu Province, through the strong support of the Provincial Water Resources Department and Tsinghua University, introduced 9 sets of integrated automatic measurement and control gates and 1 set of omni-channel control system software developed and produced by the University of Melbourne in Australia and Rubiken. . At the beginning of 2014, due to the good operation of this system, Tsinghua University determined the Changma South Main Canal Irrigation Area as a demonstration area for technology promotion and application in the scientific research project of "Water Network Multi-Water Source Real-time Scheduling and Process Control Technology" supported by the nat...

AI Technical Summary

Problems solved by technology

[0005] The existing problem is that the omni-channel control system (TCC) can realize the joint adjustment and linkage of the backbone canal system, which provides a strong technical guarantee for the water resource management of the irrigation district in terms of channel measurement and control, but the channel control strategy below the bucket canal has not been extended to the field. The function of TCC has not been maximized

And it cannot be coupled with the local 500-acre field automatic irrigation system that integrates four different automatic irrigation methods, including canal irrigation, drip irrigation, pipe irrigation and well water greenhouse micro-irrigation.

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