Advance Solar Design Course: A Comprehensive Learning Experience
The Advance Solar Design Course is a cutting-edge training program tailored for professionals and enthusiasts aiming to master the art of solar system design. With over 30 recorded sessions and live master classes twice a month, this course covers everything from basic electrical engineering to advanced PV system simulations using industry-leading software. If you’re looking to upgrade your skills in solar energy design, this course provides a structured, hands-on learning approach.
Key Features of the Course
- 30+ recorded sessions covering all aspects of solar design.
- Live master classes twice a month for direct interaction with experts.
- Comprehensive curriculum including SketchUp, Enscape, PVsyst, AutoCAD, Helioscope, cable and earthing calculations, and more.
- Hands-on training with real-world projects, including ground-mounted and floating solar installations.
- Industry-relevant knowledge focusing on economic evaluation, financial analysis, and optimization techniques.
- Practical assignments and quizzes to reinforce learning.
Course Breakdown: Sessions & Topics Covered
Session 1-3: Fundamentals of Solar Energy
- Basics of electrical engineering and solar system components.
- Understanding solar modules and inverters with real-world case studies.
- Introduction to solar plant design using SketchUp.
Session 4-8: Solar Design with SketchUp & Skelion
- Site survey, tilt angle optimization, and basic SketchUp commands.
- Rooftop placement and module arrangement using Skelion.
- 3D structure drawing, BOQ (Bill of Quantities) preparation, and layout software use.
Session 9-21: PVsyst Training & System Optimization
- Basics of PVsyst: energy modeling, project creation, and system sizing.
- Loss analysis: thermal loss, shading, LID (Light-Induced Degradation), and cable losses.
- Economic evaluation, P50/P90 yield estimation, off-grid system design, and battery integration.
Session 22-30: Electrical Calculations & AutoCAD
- String design, AJB (Array Junction Box), DCDB (Direct Current Distribution Box), and ACDB (Alternating Current Distribution Box).
- Cable sizing, grounding techniques, and surge protection for solar installations.
- AutoCAD basics and advanced solar project drawings.
Session 31-36: Advanced Design & Financial Analysis
- MW-scale projects, floating solar plant designs, and mooring techniques.
- Return on Investment (ROI), Internal Rate of Return (IRR), and depreciation calculations.
- Helioscope for solar simulations – PR, yield estimation, and shadow analysis.
Why Choose the Advance Solar Design Course?
- Industry-Relevant Curriculum: Covers the latest trends and software tools used in solar design.
- Expert-Led Training: Learn from experienced professionals with hands-on expertise.
- Practical Learning Approach: Work on real-world projects with 3D modeling, PV simulations, and financial calculations.
- Lifetime Access to Recorded Sessions: Learn at your own pace with unlimited access.
- Certification & Career Growth: Gain a recognized certificate that boosts your credentials in the solar industry.
Final Verdict: Is This Course Worth It?
If you are a solar professional, engineer, or enthusiast looking to enhance your solar design capabilities, this course is an excellent investment. With its in-depth coverage, practical applications, and expert mentorship, the Advance Solar Design Course ensures you stay ahead in the fast-evolving solar energy sector.
Ready to take your solar design skills to the next level? Enroll today and become an expert in designing high-performance solar power systems!
Have you taken this course? Share your thoughts and experiences in the comments below!
