Desert intelligent water taking ecological restoration and comprehensive security system

By combining wind and solar power generation with a three-level air-water extraction system, along with intelligent irrigation and comprehensive protection, the problems of unstable energy, inefficient water extraction, and functional fragmentation in desertification control have been solved, achieving independent energy and water supply and integrated desertification control and protection.

CN121024160APending Publication Date: 2025-11-28姜进田
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Patent Information

Application Number
CN202511307477.9
Authority / Receiving Office
CN · China
Patent Type
Applications(China)
Current Assignee / Owner
Filing Date
2025-09-13
Publication Date
2025-11-28

AI Technical Summary

Technical Problem

Existing desert control and protection systems suffer from problems such as unstable energy supply, low water extraction efficiency, functional fragmentation, insufficient emergency support, and weak adaptability in extreme environments, and therefore cannot meet the needs of "efficient desert control and protection".

Method used

It adopts a wind-solar hybrid power supply and a three-level progressive air-water intake system, combined with intelligent irrigation, comprehensive protection and emergency response systems, and an integrated central control system to achieve autonomous power and water supply, integrated functional design, and improve adaptability to extreme environments.

Benefits of technology

It has achieved autonomous and stable power and water supply in extreme environments, reduced equipment failure rate, improved system operating efficiency, and met the needs of desertification control and protection in multiple scenarios.

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Abstract

The invention discloses a desert intelligent water taking ecological restoration and comprehensive security system, and belongs to the technical field of desert ecological restoration and comprehensive protection, the system comprises an energy supply subsystem, an air water taking subsystem, an intelligent irrigation subsystem, a comprehensive protection subsystem and a central control subsystem, the subsystems are interconnected through pipelines, circuits and communication lines, and core components are all installed on a support. The energy supply subsystem adopts wind-solar complementary power supply and is provided with a comprehensive controller and a storage battery to realize stable energy storage; the air water taking subsystem is used for efficiently taking water through three-stage precooling and compression condensation; the intelligent irrigation subsystem realizes vegetation irrigation and emergency drinking water quality-divided supply; the comprehensive protection subsystem comprises a camera and an emergency operation unit, and monitoring and personnel safety are guaranteed; the central control subsystem (Internet of Things) realizes intelligent linkage of the subsystems. The system can autonomously supply energy and water, is high in function integration level and strong in extreme environment resistance, can meet the requirements of desert ecological restoration and comprehensive security and protection, and reduces the operation and maintenance cost.
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