Create System Layouts: Develop initial and finalized PV module layouts, structural equipment arrangements, and detailed single-line diagrams (SLD)
Equipment Sizing & Selection: Perform technical analysis to select and size vital components, including Modules, inverters, DC/AC cabling, switchgears, and battery energy storage systems (BESS/ESS)
Electrical Calculations: Conduct critical electrical load calculations, voltage drop assessments, short-circuit calculations, and array configurations
Energy Yield Simulation: Run glare assessments and performance simulations to forecast system output.
2. Site Assessment & Project Execution
Site Inspections &Surveys: Evaluate site feasibility, examine existing structural/civil layouts, check grid tie-in access points, and identify problem areas.
Installation Supervision: Direct and monitor contractors and site technicians during construction to guarantee that deployment aligns with technical specifications and quality standards.
Testing &Commissioning: Oversee the testing and formal commissioning phases of the solar equipment to confirm optimal performance and safe operational status
3. Compliance, Safety & Asset Management
Regulatory Clearance: Ensure all system architectures comply with local building codes, grid integration criteria, and international standards
Operation &Maintenance (O&M): Monitor long-term system data, troubleshoot electrical faults, and manage routine maintenance programs to maximize energy yield.
Workplace Safety: To work alongside workplace health and safety rules on-site
