Date:2024-11-16 14:50:52 Hits:19 Belong to:Wastewater Treatment
Policy Background
1.Supported policies
《Implementation Plan for Major Agricultural Water-Saving and Water Supply Projects in the 14th Five-Year Plan》
《Nationwide Implementation Plan for the Continuation of Supporting Construction and Water-saving Renovation of Medium-sized Irrigation Districts 》
2.Agricultural modernization and water-saving irrigation needs
With the advancement of agricultural modernization, agricultural production has increasingly higher requirements for irrigation technology. By using modern information technology, smart irrigation districts have achieved precise control and intelligent management of the irrigation process, effectively improving the utilization efficiency of water resources and reducing water waste.
Construction Goals
Improve irrigation efficiency: Improve irrigation efficiency and water-saving effects through automatic control and precision irrigation technology.
Achieve intelligent management: Through comprehensive monitoring and intelligent scheduling technology, optimizing water resource allocation to improve irrigation district management level and decision-making ability.
Promote sustainable development: Promote the modernization and sustainable development of irrigation districts, providing strong guarantees for irrigation district production, and achieve coordinated and unified economic, social and ecological benefits.
System Composition
Construction Content
1. Infrastructure construction
· Perceptual layer construction: deploy and install sensors and monitoring equipment within the irrigation area
· Communication network construction: including wired network and wireless network
· Data center construction: establish a data center to store, process and analyze various types of collected data
2. Information platform construction
· Irrigation area comprehensive management platform: unify the water use data of the irrigation area and realize the visualization of the irrigation area management.
· Irrigation information management system: realize real-time monitoring of the irrigation area.
· Water resources and water use monitoring system: realize the optimal allocation of water resources
3. Intelligent control system construction
· Pump station intelligent monitoring terminal, gate station automation control terminal, channel water level, flow monitoring terminal, meteorological and soil moisture monitoring terminal.
· Interconnection of various links of irrigation, intelligent linkage of pumps, gates and valves to ensure balanced distribution of irrigation water.
4. Business application platform construction
· Establish a complete operation management system, including daily maintenance, fault handling, customer service, etc. of irrigation area products.
· The construction of a platform for irrigation area map, irrigation area information collection and management, irrigation area water distribution scheduling, project safety monitoring, project inspection, video monitoring, etc. provides data support for operational decision-making.
Tipical Cases
1. Wuhan-Hubei
Provided a complete set of intelligent greenhouse system solutions for the Dongxihu Weinong Agricultural Demonstration Base. Through intelligent environmental control, intelligent irrigation and fertilization, early warning and prevention of pests and diseases, a unified agricultural Internet of Things platform was built to support remote monitoring and management, providing managers with comprehensive agricultural production management information, reducing labor intensity and production costs.
Aba-Sichuan
We participated in the construction of high-standard farmland irrigation in Aba, Sichuan, and provided self-propelled sprinklers, water-fertilizer integrated machines and other online monitoring instruments for this project, helping the Aba region to improve farmland irrigation conditions, improve the water retention and drought resistance of farmland, and lay a solid foundation for agricultural harvests.
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