A 157-day Primavera P6 EPC program for a 6.799 MWp utility-scale solar PV installation, July to December 2025, with activity-level detail, logic ties, and resource assignments across engineering, procurement, and execution.
Due to client NDA commitments, the showcased projects represent only a portion of our work and not the full scope of what we've delivered.
FCML 6.799 MWp Solar Project: Full Primavera P6 EPC Timeline
The FCML 6.799 MWp solar project Primavera P6 timeline covers a 157-calendar-day engineering, procurement, and construction program running from 1 July 2025 to 30 December 2025. Fluxiss built the schedule with activity-level detail, logic ties, and resource assignments across every project phase, the discipline that separates an EPC program from a wish list.
Engineering Design: 34 Days
- Primary engineering, mechanical and electrical: 12 days
- Detail engineering, mechanical (12 days) and electrical (14 days)
- Approval of mechanical and electrical submittals: 8 days each, closing 4 August
Procurement: Imported and Local Streams in Parallel
- Imported: DC cables, inverter, and monitoring devices on 100-day cycles ending 9 October
- PV modules as client supply, tracked on the same 100-day window
- Local mechanical structure: 60 days, 1 August to 29 September
- Electrical materials: power and earthing cables, LV combiner panels, lightning arresters, MC4 connectors, cable trays and conduits
- MV scope with 11kV termination: 70 days, 20 August to 28 October
Execution: Sequenced to 25 December
- Geo-technical, topography, and roof load study: 7 days at project start
- Land levelling and ground preparation: 29 days in July
- Mechanical structure at ground (70 days) and at RCC roof (34 days)
- PV panel installation: 41 days, 24 October to 3 December
- Electrical execution through 25 December: cable tray, AC and DC cables, inverter and combiner installation, transformer and VCB installation and termination
The result is a fully logic-linked EPC baseline the project team can be measured against, week by week, from notice to proceed through energization.