Intelligent Platform For Well Pump Control

The intelligent metering platform for well pump control is an agricultural irrigation management solution with water-electricity dual metering and intelligent control as its core technologies. By integrating IoT, AI algorithms, and blockchain technology, it achieves precise metering of groundwater extraction, implementation of tiered water pricing, and integrated management of facility anti-theft, thereby facilitating agricultural water price reform and efficient utilization of water resources.

Core Functions

Dual-Track Metering

Uses 0.2-class electromagnetic flowmeters and 1.0-class smart electricity meters for bidirectional calibration, with water consumption error ≤ ±3% and electricity consumption error ≤ ±1%. Supports the "electricity-to-water conversion" mode to calculate irrigation volume.

 Intelligent Control

Real-time linkage of water and electricity data: automatic pump locking and gate shutdown when exceeding limits, advance warning for insufficient balance, and APP-based remote recharge support to reduce on-site operation and maintenance costs.

Anti-Theft Protection

Anti-pry casing withstands 20-ton impacts; AI algorithms identify 13 types of abnormal behaviors (e.g., blackouts, unauthorized wiring), triggering audible-visual alarms within 0.5 seconds.

Cloud Management

4G/NB-IoT IoT technology real-time transmits 128 parameters (e.g., well water level, instantaneous flow), supporting remote start/stop, water rights allocation, and tiered water pricing strategy configuration.

Technical Features

1. Extreme Environment Adaptability

   
   

    IP68 protection level and wide temperature range design (-40°C~85°C); shock-absorbing brackets and temperature control modules inside the casing ensure stable operation in severe weather (rainstorms, blizzards, etc.).

   
   Local storage chips retain 30 days of operation data during power/network outages, with automatic data replenishment after communication recovery to ensure continuity.

2. Intelligent Diagnosis and Self-Healing

   
   

   Dynamic verification mechanism compares water-electricity data deviations; AI algorithms initiate three-level diagnosis (historical curve analysis, pulse signal spectrum detection, dynamic calibration) to eliminate sensor drift errors.

   
    Edge computing modules process 80% of data tasks locally, achieving a 10x faster response speed than cloud systems (e.g., pump locking commands triggered within 50 milliseconds).

3. Transparent Management

   
   

   Blockchain evidence storage generates encrypted hash values including device fingerprints, distributed across multiple nodes to quickly locate data tampering or faulty nodes.

   
   3D GIS maps integrate device status, water usage trajectories, and alarm information, supporting real-time monitoring and historical traceability on PC/mobile terminals.