About the Program
The Solar PV Plant Design program is designed to equip learners with the skills to design, analyze, and implement efficient solar power systems. This course covers both on-grid and off-grid systems, solar panel layout, AutoCAD designs, PVsyst simulations, cable sizing, and plant monitoring techniques. By the end of the program, you’ll be able to confidently plan and execute real-world solar PV projects.
What You’ll Learn
- Fundamentals of Solar Energy and Power Systems
- Solar PV Modules, Inverters, and Mounting Structures
- Off-Grid and On-Grid System Design
- 3D Design of Solar Layouts using AutoCAD
- Shadow Analysis and Optimization with SketchUp
- Performance Analysis and Simulation with PVsyst
- DC/AC Cable Sizing and Earthing Design
- Plant Monitoring, Real-Time Data Analysis, and Virtual Tours
Why Choose This Course?
- Learn from experienced solar energy and electrical engineers
- Hands-on training with real-world solar PV projects
- Comprehensive coverage from system design to monitoring
- Guidance on regulatory approvals and government incentives
- Industry-recognized YVU–SkillDzire certification
Who Can Join?
Ideal for electrical engineers, renewable energy professionals, students, and anyone aspiring to build a career in Solar PV Design, Electrical Engineering, or Renewable Energy Projects.
Course Curriculum
1. Introduction to Solar Systems
- Overview of Solar Energy
- Components of a Solar Power System
- Benefits and Applications of Solar Energy
2. Solar Modules and Inverters
- Types of Solar Panels (Monocrystalline, Polycrystalline, Thin-Film)
- Functions and Types of Solar Inverters (String Inverters, Microinverters)
- Power Output and Efficiency Calculations
3. Solar Mounting Structures (MMS) and Balance of System (BOS)
- Types of Mounting Structures (Ground-Mount, Rooftop)
- Design and Installation Considerations
- Balance of System Components: Cables, Switches, Meters, etc.
4. Off-Grid System Design
- Concept of Off-Grid Solar Systems
- Energy Storage and Battery Solutions
- Load Calculation and Autonomy
- Designing for Energy Independence
5. On-Grid System Design
- Concept of On-Grid Solar Systems
- Grid-Tie and Net Metering Mechanisms
- System Design and Load Management
- Understanding Power Export to the Grid
6. 3D Design in AutoCAD
- Introduction to AutoCAD for Solar Projects
- Creating Solar System Layouts in 3D
- Equipment Placement and Structural Drawings
7. Shadow Analysis Using SketchUp
- Introduction to SketchUp for Solar Design
- Performing Shadow Analysis
- Optimizing Solar Panel Placement Based on Shade Patterns
8. PVsyst
- Introduction to PVsyst Software
- Solar System Performance Analysis
- Energy Yield Simulations
- System Sizing and Optimization
9. DC/AC Cable Sizing
- Importance of Proper Cable Sizing
- Calculating DC and AC Cable Sizes
- Voltage Drop Calculations
- Ensuring System Efficiency and Safety
10. Earthing System Design
- Importance of Earthing in Solar Systems
- Grounding Techniques
- Earthing Material Selection
- Safety Considerations
11. Government Permissions
- Overview of Regulatory Requirements
- Procedures for Acquiring Solar Permits
- Understanding Local and National Solar Policies
- Government Subsidies and Incentives
12. Plant Monitoring System and Virtual Tour
- Introduction to Solar Plant Monitoring Tools
- Real-Time Monitoring and Remote Management
- Virtual Tour of a Solar Power Plant
- Data Analysis and Performance Tracking
13. Real-Time Project 1
- Hands-on Project: Designing and Installing an Off-Grid Solar System
- Project Report and Presentation
14. Real-Time Project 2
- Hands-on Project: Designing and Installing an On-Grid Solar System
- Project Report and Presentation
Earn Your Certificate
On completion, you’ll receive an industry-recognized certificate from YVU – SkillDzire.
Real-Time Solar PV Projects
Off-Grid Solar System Design
Hands-on project to design and install an off-grid solar system, including battery storage and energy calculations for residential use.
On-Grid Solar System Design
Build a grid-tied solar system project, incorporating net-metering, system sizing, and inverter selection for commercial or residential applications.
Solar PV Plant Simulation
Perform PVsyst simulation and shadow analysis, optimize panel placement, and analyze energy yield for a solar power plant setup.
Career Outcomes
Solar Design Engineer
Salary Range: ₹3–6 LPA
Solar Project Engineer
Salary Range: ₹4–7 LPA
Solar PV Consultant
Salary Range: ₹5–10 LPA
What Our Students Say
“The Solar PV Plant Design course gave me hands-on experience with designing on-grid and off-grid systems. I successfully completed my first solar project and got placed as a Solar Design Engineer.”
– Ramesh, Tata Power Solar
“Practical projects in PVsyst and AutoCAD helped me understand system layouts and performance analysis. I now work confidently on real-time solar installations and monitoring systems.”