OpenHarmony Smart Water Resources / Water Affairs Solution

Functional Overview

Based on the OpenHarmony technology foundation, this solution enables unified access and intelligent joint control of mechanical and electrical equipment in gate and pump stations as well as water quality and hydrology sensing devices, reshaping the digital base for water affairs.

Customer Pain Points

  • Gate and pump station equipment comes from many brands with inconsistent protocols, resulting in severe data silos.
  • Traditional PLC and RTU architectures are closed, with weak edge-cloud collaboration capabilities and slow remote dispatch response.
  • Inspections rely on manual entry into wells, which is inefficient and high-risk.
  • Flood control, drainage, and active water scheduling rely on experience and lack model support.

Solution Advantages

  • Harmonize end devices through OpenHarmony transformation, unify protocol standards, and converge pump and gate data into a command center.
  • Architecture upgrade: replace traditional PLCs/RTUs with the HarmonyOS system to achieve edge-cloud collaboration and edge-side decision-making.
  • Ultra-simple operations and maintenance: no need to enter wells for inspections; obtain device status wirelessly at close range, turning "dumb" devices into visible ones with a simple tap.
  • Automatic inspection links device status, with AI vision and remote sensing providing all-round monitoring.
  • Mechanism models plus AI models support decision-making, enabling model-based joint commissioning and control for gravity-fed water regulation.

Architecture Diagram

Architecture Diagram