Pump Room Management Solution

Pump stations are a crucial part of water supply projects, responsible for multiple tasks such as domestic water supply and fire protection water. Facing increasingly complex management requirements, traditional operation and management models are no longer adequate. There is an urgent need to contin

uously improve the economic and scientific management of pump stations to ensure safe, high-quality development and achieve greater economic and social benefits.

II. Pain Point Analysis

1. Low Automation Level: Pump stations have limited automation and lack remote scheduling capabilities.

2. High Energy Consumption: Traditional pump stations rely on manual experience to control pump groups, leading to inefficient operation and high energy consumption.

3. Ineffective O&M Management: Shortages of specialized personnel and low informatization levels make it difficult to achieve reduced-staff or unmanned operations.

III. Solution

1. Equipment Management System

   • A grid-based, integrated asset management platform covering the entire equipment lifecycle.

   • Uses unique device codes for efficient information sharing and rapid retrieval.

   • Maintains comprehensive equipment records and provides fault management capabilities.

   • Supports work order-based maintenance management and traceability.

   • Employs big data analysis to evaluate supplier performance and assist decision-making.

2. Inspection and Maintenance System

   • Adopts a B/S + M/S architecture integrated with GIS, workflow management, and intelligent reporting.

   • Seamlessly integrates with pipe network GIS and customer service systems to manage field personnel, analyze work orders, and track maintenance materials.

3. 3D Pump Station Management System

   • Integrates 3D visualization, IoT, and pump station management to digitalize all dynamic and static elements (facilities, monitoring devices, personnel, events).

   • Creates a "virtual pump station" in cyberspace for real-time, visual, and intelligent management.

   • Employs multi-scale, multi-physical simulations and analysis models to monitor operational status.

• Centralizes management of IoT devices and data across multiple networks.

• Establishes communication protocol libraries for different vendors and technologies.

• Enables unified configuration, data reception, and standardized storage to break data silos.

1. Automation Upgrades

   • Installs infrared and access control systems.

   • Upgrades control networks with remote transmission modules for data collection and remote control.

2. Monitoring Devices

   • Level Meters: Continuously monitor and warn for abnormal water levels in pump station regulating tanks.

   • Integrated Water Quality Monitoring Stations: Modular design for unattended, 24/7 water quality monitoring.

   • Video Surveillance: Real-time monitoring of pump station facilities and surroundings to support reduced-staff operations.

IV. Solution Highlights

1. Remote Monitoring: Real-time data collection and status tracking.

2. Efficiency Improvement: Remote control capabilities reduce manpower requirements.

3. Safety Assurance: Automatic early warning/alarm for abnormal conditions enables prompt issue detection.