> Plant Engineering > Power Transmission & Distribution
OPERATIONAL WORKFLOW
"Water-to-Wire" concept, ensuring that every phase of a project from engineering
data capture to site commissioning is traceable and maintains the highest
standards of safety and quality
Phase 1: Project Initiation & Data Structuring
Customer Requirement Analysis: Identifying specific project needs and contract
constraints.
Capturing & Structuring Engineering Data:
Systematically organizing technical requirements to ensure consistency
throughout the lifecycle.
Concept & Technology Development: Developing a comprehensive design concept
traceable to contract documents.
Phase 2: Design Automation & Engineering
Schematic Creation: Developing detailed schematic drawings for automation,
control, protection, and power systems (MCC/PCC).
Mechatronic Configuration: Integrating mechanical and
electrical components into a unified system machine.
Generator Protection: Excitation control, GLOP, braking and jacking systems, and
overall electrical protection.
Phase 3: Production & Documentation
Automatic Generation of Documentation: Producing Bill of Materials (BOM), device
lists, and wiring data directly from design software.
Production Drawings: Finalizing detailed blueprints
for the manufacturing and assembly of automation and electrical panels.
Cable Scheduling: Extracting precise schedules to
support field services during site cabling.
Phase 4: Assembly, Testing & Validation
Module Assembly & Installation: Physical construction of the hardware components
and sub-systems.
FAT / Pre-commissioning: Conducting Factory
Acceptance Testing (FAT) to verify system performance against design
memorandums.
Verification & Improvements: Implementing final
optimizations based on test results.
Phase 5: Implementation & Site Support
Site Commissioning (Wet & Dry): Managing the final integration and startup of
systems at the project location.
As-Built Drawings: Providing final, accurate
documentation reflecting all site-level modifications.
Operational Support: Transitioning to the operation
phase with remote monitoring and predictive maintenance capabilities.