Design of 1MW of Ground Mounted Solar Power Plant Part 2

🌞 Course Title: Master the Design of a 1MW Ground Mounted Solar Power Plant - A Comprehensive Guide with Prof. Kiran Beldar

🚀 Course Headline: Embark on a Journey to Become a Solar Energy Expert with Our In-Depth Online Course!

📘 Learn A to Z Design of 1MW of Ground Mounted Solar Power Plant

Introduction: Are you ready to dive into the world of renewable energy and solar power plant design? Our online course, "Design of 1MW of Ground Mounted Solar Power Plant Part 2," led by the esteemed Prof. Kiran Beldar, is meticulously crafted to provide you with a thorough understanding of the design process from concept to completion. Whether you're an engineer, a student, or a professional in the renewable energy sector, this course will equip you with the practical skills and theoretical knowledge required to excel in solar power project design.

Module 1: Designing in Google SketchUp 📈 Understanding 3D Modelling and Shadow Analysis:

• Setting The Units and Importing Toolbars for precision modeling
• Command Mastery with Line, Rectangle, Circle, Pull Push, Offset, Move, Scale, Rotate, and Protector
• Utilizing Guideline and Dimension Commands for accurate measurements
• Texturing with Paint Bucket and Image for realistic renderings
• Constructing Long and Short Columns, Screw Pile Foundations, Rafters, Inclined Supports, Purlins, and Array Systems with step-by-step guidance
• Arranging Back Support systems and implementing an Array of these components
• Placing Solar Panels on the mounting structure correctly and creating a String of Solar Panels, leading to a fully functional Solar One Array
• Importing site location data into Google SketchUp for real-world application
• Ensuring optimal placement of Solar Arrays facing the true South direction
• Setting up Site Plans with Part 1 and Part 2 details
• Positioning String Monitoring Boxes effectively
• Crafting Control Rooms and more!

Module 2: Designing in AutoCAD 🔧 Mastering Electrical Circuit Design:

• Setting Limits and Units to establish a solid foundation for your design
• Constructing Solar Strings, Solar Arrays, and implementing fuses and Bus Bar systems in DC Combiner Boxes
• Connecting DC Isolator Switches, SCADA systems, and naming strings for clarity
• String Combiner box connections for all arrays
• Linking Inverters to the DC Array and naming specifications
• Integrating Transformers with their specifications and connecting Current and Potential Transformers to Relay Panels
• Installing Vacuum Circuit Breakers and setting up Relays in CRP Panels with corresponding code numbers
• Plotting a dotted border for the CRP Panel and naming HT Cables between the Transformer and CRP Panel
• Adding AC Isolator Switches, Main Meters, and Lightning Arresters to complete your electrical design

Module 3: Energy Yield Estimation and Forecasting 📊 Calculating and Predicting Solar Energy Output:

• Calculating and tabulating the Energy Yield in an Excel Sheet
• Analyzing monthly energy yields for better understanding and forecasting
• Projecting 25 years of energy generation with detailed Excel analysis
• Estimating P50, P75, and P90 Energy Yield using statistical methods

Module 4: Designing Earthing System for Solar Projects 🌩️ Ensuring Safety and Compliance:

• Understanding the importance of an effective earthing system in solar power projects
• Learning the design considerations and implementation of earthing systems to protect against lightning strikes and electrical faults

By completing this course, you will have a robust understanding of the entire process of designing a ground mounted solar power plant. From the initial design stages in Google SketchUp and AutoCAD to the critical tasks of energy yield estimation and earthing system design, you will be well-equipped to tackle any challenges in the renewable energy sector.

🎓 Enroll now to transform your career with cutting-edge solar energy design skills!