As the project follows a fast-track design-and-build approach, production and drawing issuance progressed in parallel with ongoing design revisions, requiring continuous coordination to align with the latest updates.
Frequent revisions risked material waste, factory downtime, and missed FAT slots. Deliveries still had to align with site needs and meet ADA, SEC and IEC requirements, with zero tolerance for lapses during energisation and testing.




As the project follows a fast-track design-and-build approach, production and drawing issuance progressed in parallel with ongoing design revisions, requiring continuous coordination to align with the latest updates.
Frequent revisions risked material waste, factory downtime, and missed FAT slots. Deliveries still had to align with site needs and meet ADA, SEC and IEC requirements, with zero tolerance for lapses during energisation and testing.






A dedicated design interface team tracked SLD changes and pushed approved updates straight into manufacturing drawings. Modular build processes let factories adapt with minimal scrap. A clear technical clarification flow resolved ambiguities with EPCs before fabrication.
QA/QC, planning and engineering re-sequenced FAT in parallel with drawing updates, while digital document control kept current BOMs and drawings visible to every department.
Local manufacturing shortened lead times; site teams coordinated delivery, SAT and handover with training and technical support.




alfanar supplied and commissioned LV panels, package substations and MV/LV cables across multiple lines.
Production continuity was maintained despite ongoing SLD revisions. All equipment complied with final approved drawings and standards and was verified through FAT and SAT.
The program achieved full client acceptance with complete traceability, reinforcing delivery capability in complex, multi-EPC environments.