Complete Solar Energy Course – Design and Installation
Covers Off-grid, Micro-grid, and Solar Water Pumping Systems
Low performance and poor operational conditions are one of the biggest issues facing solar PV power projects worldwide. A Large number of PV systems are underperforming due to poor site selection, system design faults, frequent equipment failure, low solar irradiation access, unplanned grid failure, or equipment mismatching. Some of these issues are external and often not in the hands of the system designer but most of them are because of poor design practices, inadequate installation planning, or incomplete understanding.
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Course Description
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Course Outline
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Who should attend?
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Course Duration
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Training Methodology
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Training Materials
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Certification
Low performance and poor operational conditions are one of the biggest issues facing solar PV power projects worldwide. A Large number of PV systems are underperforming due to poor site selection, system design faults, frequent equipment failure, low solar irradiation access, unplanned grid failure, or equipment mismatching. Some of these issues are external and often not in the hands of the system designer but most of them are because of poor design practices, inadequate installation planning, or incomplete understanding.
- Overview of solar PV technology, characteristics of solar modules and quality issues
- Solar System design requirements and technical specifications – ISO/TC 180 standards
- Impact of accuracy, reliability of solar radiation data on plant performance.
- Battery storage technology and selection of battery
- System design and component sizing for the standard regulator and MPPT based regulator
- System protection and safety equipment sizing and selection
- Lightning protection and systems earthing design
- DC and AC cable sizing, selection and estimation of loss due to voltage drop
- Site assessment and planning
- Solar water pumping system design
- Solar microgrids system design
- PV diesel hybrid system sizing optimization
- Complete design task exercise
- Standalone PV system model design and installation practice
- Solar Industry professionals, PV engineers, system designers, or anyone else involved with designing/ implementing grid-connected PV systems.
Three (3) Days
The course will be delivered in a lecture format using PowerPoint, sharing of case examples, design exercises, energy yield estimation exercise, a complete design task, and practical on-site assessment and installation.
- A copy of Fanech Technologies’ Complete Solar Energy Design and Installation training manual
- Copies of PowerPoint presentations, design tasks, case studies, and sample documents
- Functional PV power plants, Equipment, accessories, and tools for demonstration
On successful completion of the course, students receive a certificate of completion issued by Fanech Technologies. Fanech Technologies will develop and deliver the Complete Solar Energy Course following international competency standards and accreditation requirement