Course by:

Course Highlights

  • Solar Energy is one of the most sustainable and growing energy sectors worldwide.
  • This course introduces solar system fundamentals, modules, inverters, mounting structures, and balance of systems.
  • Learners will gain expertise in designing both off-grid and on-grid systems, using AutoCAD for layouts, SketchUp for shadow analysis, and PVsyst for simulations.
  • Practical real-time projects provide industry exposure in solar system design and implementation.
  • Skill Type

  • Course Duration

  • Domain

  • GOI Incentive applicable

  • Course Category

  • Nasscom Assessment

  • Placement Assistance

  • Certificate Earned

  • Content Alignment Type

  • NOS Details

  • Mode of Delivery

Course Details

Learning Objectives

What will you learn in the Solar PV Plant Design Course?

  • Understand solar energy concepts, components, and applications
  • Design and simulate off-grid and on-grid solar systems
  • Perform cable sizing, voltage drop, and earthing design
  • Create 3D layouts and shadow analysis for solar plants
  • Use PVsyst for system performance and yield optimization
  • Implement real-time solar projects with monitoring and reporting
Read more
Reasons to enrol

Why should you take the Solar PV Plant Design Course?

  • Gain expertise in solar system design and implementation
  • Hands-on exposure to AutoCAD, SketchUp, and PVsyst
  • Work on real-time solar projects
  • Understand government policies, permits, and subsidies
  • Earn an industry-recognised certification for solar careers
Read more
Ideal Participants

Who should take the Solar PV Plant Design Course?

  • Electrical and renewable energy students
  • Solar engineers and technicians
  • Professionals looking to enter the solar energy industry
  • Entrepreneurs exploring solar business opportunities
Read more
Curriculum

Curriculum

  • Level 1 - Fundamentals of Solar Systems
    • Overview of Solar Energy
    • Components of a Solar Power System
    • Benefits and Applications of Solar Energy
    • Types of Solar Panels (Monocrystalline, Polycrystalline, ThinFilm)
    • Functions and Types of Solar Inverters (String Inverters, Microinverters)
    • Power Output and Efficiency Calculations
    • Types of Mounting Structures (GroundMount, Rooftop)
    • Design and Installation Considerations
    • Balance of System Components: Cables, Switches, Meters, and more
    • Concept of Off-Grid Solar Systems
    • Energy Storage and Battery Solutions
    • Load Calculation and Autonomy
    • Designing for Energy Independence
  • Level 2 - On-Grid Design, 3D Modeling and Simulation
    • Concept of On-Grid Solar Systems
    • GridTie and Net Metering Mechanisms
    • System Design and Load Management
    • Understanding Power Export to the Grid
    • Introduction to AutoCAD for Solar Projects
    • Creating Solar System Layouts in 3D
    • Equipment Placement and Structural Drawings
    • Introduction to SketchUp for Solar Design
    • Performing Shadow Analysis
    • Optimising Solar Panel Placement based on Shade Patterns
    • Introduction to PVsyst Software
    • Solar System Performance Analysis
    • Energy Yield Simulations
    • System Sizing and Optimization
  • Level 3 - Advanced Solar System Design and Real-time Projects
    • Importance of Proper Cable Sizing
    • Calculating DC and AC Cable Sizes
    • Voltage Drop Calculations
    • Ensuring System Efficiency and Safety
    • Importance of Earthing in Solar Systems
    • Grounding Techniques
    • Earthing Material Selection
    • Safety Considerations
    • Overview of Regulatory Requirements
    • Procedures for Acquiring Solar Permits
    • Understanding Local and National Solar Policies
    • Government Subsidies and Incentives
    • Introduction to Solar Plant Monitoring Tools
    • Real-time Monitoring and Remote Management
    • Virtual Tour of a Solar Power Plant
    • Data Analysis and Performance Tracking
    • Real- time Project 1: Designing and Installing an Off-Grid Solar System
    • Real- time Project 2: Designing and Installing an On-Grid Solar System
Read more
skills and tools

Tools you will learn in the Solar PV Plant Design Course

Skills

  • Solar System Design (Off-Grid and On-Grid)
  • Cable Sizing and Earthing Design
  • 3D Layout Design using AutoCAD
  • Shadow Analysis using SketchUp
  • PVsyst Simulations and Energy Yield Analysis
  • Plant Monitoring and Reporting

Tools

  • AutoCAD
  • SketchUp
  • PVsyst
  • Solar Plant Monitoring Software
Read more