Intelligent pipeline water conveying system

Abstract

The invention discloses an intelligent pipeline water conveying system which comprises water conveying pool, a main water conveying pipe, water conveying branch pipes and a display control unit. A water inlet segment of the main water conveying pipe is connected with the water conveying pool, water inlet segments of the water conveying branch pipes are connected with the main water conveying pipe, a main pipe flowmeter and a flow adjusting valve are arranged on the main water conveying pipe, branch pipe flowmeters and flow adjusting valves are arranged on the water conveying branch pipes, and the signal output end of the main pipe flowmeter, the signal output ends of the branch pipe flowmeters and the signal output ends of the flow adjusting valves are all electrically connected with the display control unit. According to the intelligent pipeline water conveying system, the aims of reducing the risk of a water conveying pipeline and improving the effective allocation of water resources are achieved.

Description

technical field [0001] The invention belongs to the technical field of long-distance water delivery, and in particular relates to an intelligent pipeline water delivery system. Background technique [0002] With the continuous development of the national economy, the water shortage problem in the central urban area of ​​the city and surrounding counties is becoming more and more serious, and the water shortage will seriously restrict the local social and economic development. Seeking efficient use of water resources, realizing protection of water resources during development, controlling water use, controlling sources and intercepting pollution, saving water and reducing emissions are the top priorities in protection and governance. However, the current water resources are distributed in remote mountainous areas and deep mountains, which cannot be effectively used. It is necessary to increase the water from low altitudes to a certain height through pressurization, and then d...

AI Technical Summary

Problems solved by technology

However, the current water resources are distributed in remote mountainous areas and deep mountains, which cannot be effectively used. It is necessary to increase the water from low altitudes to a certain height through pressurization, and then divide the water. In the mountainous areas of Yunnan, the original open channels cannot meet the requirements. Open channels occupy cultivated land, have disadvantages such as volatilization and pollution, and cannot use high potential energy, etc. However, it is a very reasonable and economical method to use pipeline water transportation. Advantages, greatly improving the effective integration, allocation and utilization of water resources, contributing to social and economic development

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