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Development of an Automated Electrical System Management Platform for Manufacturing Facilities
  1. case
  2. Development of an Automated Electrical System Management Platform for Manufacturing Facilities

Development of an Automated Electrical System Management Platform for Manufacturing Facilities

scalosoft.com
Manufacturing

Identified Challenges in Managing Complex Electrical Systems Across Manufacturing Facilities

The client faces difficulties in ensuring consistent quality, real-time monitoring, and efficient maintenance of electro-electrical systems during vehicle production across over 150 factories globally. Existing manual processes lead to inefficiencies and potential quality issues, necessitating an integrated software solution for proactive management and system optimization.

About the Client

A large-scale manufacturing enterprise operating multiple factories worldwide, specializing in the production of complex products requiring precise electrical system management during assembly.

Key Goals for the Electrical System Management Platform Development

  • Develop a comprehensive software platform to monitor and control electrical systems during manufacturing processes in over 150 factories worldwide.
  • Enhance the accuracy, consistency, and quality assurance of electrical system operations through real-time data collection and analytics.
  • Facilitate continuous improvements and system maintenance via an adaptable and scalable solution.
  • Reduce system downtime and defect rates by implementing proactive alerts and automated diagnostics.
  • Ensure high standards of code quality, documentation, and system stability to support long-term operations.

Core Functional Features of the Electrical System Management Solution

  • Real-time monitoring dashboard for electrical system status across multiple factories.
  • Automated data collection from embedded sensors and system components using XML-based data formats.
  • Control interfaces for adjusting system parameters and executing corrective actions remotely.
  • Historical data storage and analytics to identify trends and predict potential failures.
  • Role-based user access controls for system security and management.
  • Automated testing and validation workflows for system updates and new functionalities.
  • Integration with factory-level Manufacturing Execution Systems (MES) and corporate enterprise systems.
  • Comprehensive documentation and audit trail for system modifications and maintenance activities.

Preferred Technologies and Architectural Approaches

.NET Framework/.NET Core for application development
Microservices architecture supporting scalable and independent modules
SQL and MySQL for database management
Visual Studio, TFS, UML, and Altova XML Spy for development and modeling
Azure cloud platform for deployment and cloud services
WPF and ASP.NET for UI and web interface development
BPMN for process modeling and workflow orchestration

System Integrations and External Data Sources

  • Manufacturing Execution Systems (MES) for factory process data
  • Sensor and embedded system data feeds via XML interfaces
  • Enterprise Resource Planning (ERP) systems for maintenance and inventory management
  • Quality assurance and diagnostics tools for system health monitoring

Non-Functional System Requirements

  • High system availability with 99.9% uptime to support 24/7 manufacturing operations
  • Real-time data processing with minimal latency
  • Robust security standards to protect sensitive factory and system data
  • Scalability to support adding new factories or expanding system capabilities
  • Comprehensive documentation and testing protocols to ensure system stability and quality

Projected Business Benefits and Long-term System Value

Implementation of the electrical system management platform is expected to significantly improve manufacturing quality and operational efficiency. By enabling real-time monitoring and proactive maintenance, the client anticipates reducing system downtimes, minimizing defects, and ensuring consistent product quality across all factories, leading to cost savings and enhanced competitiveness.

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