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Integrated Equipment Inspection and Maintenance Management System (1)

Background

In the new development stage, guided by new development concepts, we aim to achieve new development goals. 2021 marks a significant year for management enhancement across the Group Company. Aligned with the new development requirements, we start from micro-level management by focusing on details, measures, and specific tasks. Adhering to the principle of identifying and resolving existing issues, we have established quantifiable and detailed management objectives to promote standardization and digitalization of management practices.

Through studying equipment maintenance practices from advanced domestic cogeneration enterprises and adapting their management philosophies to our operational context, we have developed a customized Integrated Equipment Inspection and Maintenance Management System.

System Overview

This system establishes a closed-loop equipment management approach that integrates routine, professional, and precision inspections with maintenance data analysis. Key components include:

  • Statistical analysis of equipment degradation trends through inspection data and lubrication records
  • Determination of maintenance cycles based on predictive maintenance principles
  • Continuous optimization of inspection and maintenance protocols through feedback mechanisms
  • Full-lifecycle equipment management involving all stakeholders

System Flowchart

Implementation Measures

1. Unique QR Code Identification for All Equipment

Each equipment unit features a dedicated QR code containing:

  • Basic equipment specifications
  • Professional inspection checklists
  • Lubrication records
  • Maintenance history
  • Technical documentation
  • Standard operating procedures

Equipment QR Code Example

2. Field Operations via Mobile Interface

Personnel access customized functional modules through WeChat scanning:

  • Pre-formatted inspection checklists with selection options
  • Multimedia upload capabilities (images, videos, documents)
  • Role-based access control for inspectors, technicians, and managers

Mobile Interface Example 1

Mobile Interface Example 2

3. Abnormal Inspection Handling

Real-time notification system for workflow management:

  • Automatic alerts to designated managers upon exception reporting
  • Task assignment and progress tracking
  • Closed-loop verification upon issue resolution

Exception Handling Process

Example: Mechanical Daily Inspection Checklist

Checklist Example 1

Checklist Example 2

4. Plan Management System

Comprehensive scheduling features:

  • Daily/Weekly/Monthly inspection plans
  • Overhaul and maintenance schedules
  • Real-time progress monitoring
  • Automated deadline reminders
  • Performance analytics dashboard

Plan Management Interface 1

Plan Management Interface 2

5. Data Analysis and Reporting

Advanced data processing capabilities:

  • Exportable reports in Excel/PDF formats
  • Equipment degradation pattern analysis
  • Maintenance cycle optimization tools
  • Historical performance benchmarking

Data Analysis Example 1

Data Analysis Example 2

Key Benefits

Transition to Predictive Maintenance

  • Identifies critical components prone to degradation
  • Establishes standardized inspection parameters
  • Replaces reactive maintenance with data-driven prevention

Dynamic Value Optimization

  • Continuous PDCA cycle improvements (Plan-Do-Check-Act)
  • Extended equipment lifecycle management
  • Reduced downtime and maintenance costs

Digital Transformation

  • Elimination of paper-based records
  • Real-time equipment health monitoring
  • Secure digital archives with enhanced accessibility
  • Accelerated onboarding through standardized protocols

This system enables:

  • Precise equipment condition tracking
  • Optimized maintenance resource allocation
  • Comprehensive equipment lifecycle management
  • Data-driven decision making through analytics
  • Improved cross-departmental collaboration