Course Overview
This specialized programme provides end-to-end expertise in photovoltaic project development from initial site identification through operational commissioning. Participants master the technical, commercial, and regulatory dimensions of developing utility-scale, commercial, and community solar installations that deliver competitive energy costs while meeting environmental and social objectives.
The curriculum examines solar resource assessment methodologies including irradiation analysis, meteorological data interpretation, and site-specific yield estimation that underpin investment decisions. Attendees gain proficiency in PV system design including module selection, inverter specification, mounting system optimization, and electrical infrastructure configuration for diverse applications and site conditions. The course addresses technology comparisons between fixed-tilt, single-axis tracking, and dual-axis tracking systems including performance tradeoffs and economic implications.
Through practical case studies and design exercises, delegates develop capability to model energy production using industry-standard software, conduct detailed economic analysis including LCOE calculations, and structure power purchase agreements that secure revenue certainty. The programme addresses permitting requirements, environmental impact assessment, grid interconnection procedures, and community engagement strategies that enable project approval. Participants gain expertise in EPC contract structuring, construction management, quality assurance protocols, and commissioning procedures. The course examines operations and maintenance optimization, performance monitoring systems, and asset management strategies that maximize long-term project value for utility-scale and commercial solar installations.
Who Should Attend
- Solar project developers and managers
- Renewable energy engineers and consultants
- EPC contractors specializing in solar
- Finance and investment professionals in solar sector
- Government officials promoting solar deployment
- Utilities and IPPs developing solar assets
- Anyone involved in solar PV project development
Learning Outcomes
Upon completing this course, participants will be able to:
- Conduct comprehensive solar resource assessment and site evaluation
- Design PV systems for utility-scale, commercial, and residential applications
- Select and specify PV modules, inverters, and mounting systems
- Compare fixed-tilt versus tracking system configurations
- Model energy production using industry-standard software
- Develop project economics and financial models
- Calculate levelized cost of energy for solar projects
- Structure power purchase agreements and revenue mechanisms
- Navigate permitting and environmental requirements
- Manage grid interconnection processes
- Structure and manage EPC contracts
- Oversee construction and commissioning activities
- Implement operations and maintenance strategies
- Optimize long-term solar asset performance