Complete Guide on Design of Solar Power Plant for Beginners

🌞 Complete Guide on Design of Solar Power Plant for Beginners 🌞

Course Description:

Embark on a comprehensive journey into the realm of solar power plant design with our "Complete Guide on Design of Solar Power Plant for Beginners" course. Tailored for novices and enthusiasts alike, this course will equip you with the fundamental concepts necessary to design your own solar power plant effectively. Our solar expert, Prof. Kiran Beldar, brings years of expertise from his role as a professor at Mumbai University, where he imparts knowledge on renewable energy. His passion for teaching and commitment to students have made him an authoritative voice in the field, as evidenced by his book "A to Z design of rooftop solar Plant."

What You Will Learn:

In this Course You will Learn the Following Points in Detail:

• Introduction about the On grid system

  • Understanding the basics of on-grid and off-grid systems.

• How to Read the Electricity Bills

  • Interpreting your bill for better energy management.

• Initial Site Assessment and Discussion Parameters with Consumer

  • Evaluating sites and communicating effectively with potential customers.

• Techniques of Area Measurement

  • Mastering the art of accurately measuring installation areas.

• How to Collect Substation and  Metering Room data

  • Gathering critical data for system design.

• Calculation of Average Power Demand

  • Estimating the energy needs of your consumers.

• Calculation of kW Size of Solar Power Plant

  • Determining the appropriate size for your solar power plant based on demand.

• Introduction About Design Strategies of Solar Strings and Solar Array

  • Learning about optimal design strategies to maximize efficiency.

• Types of Solar Panels

  • Exploring different types of solar panels available in the market.

• How to Read the Data Sheet of Solar Panel

  • Understanding solar panel specifications and performance metrics.

• MC4 Connectors

  • Learning about MC4 connectors and their role in system design.

• Wiring with MC4 Connectors

  • Gaining practical knowledge on wiring techniques using MC4 connectors.

• Concept of Series and Parallel connection in Solar String

  • Understanding the electrical principles behind series and parallel connections.

• Types of Solar Inverters

  • Identifying different types of solar inverters and their applications.

• Reading the Datasheet of solar inverter

  • Deciphering inverter datasheets to select the right equipment for your system.

• Calculation of Maximum and Minimum Solar Panel per String

  • Learning how to calculate the optimal number of panels per string for maximum efficiency.

• Concepts of MPPTs and Strings

  • Understanding the function and importance of Maximum Power Point Trackers (MPPTs) in your system design.

• Calculation of Number of Solar Panels and String Sizing

  • Determining the number of panels needed and the appropriate string size for your project.

• DCDB Selection with Protection Breakers

  • Selecting the right DCDBs and protection breakers for your system.

• ACDB Selection with Protection Breakers

  • Ensuring proper ACDB selection and protection mechanisms.

• Tilt Angle and Orientation Setting of Solar Array

  • Optimizing the tilt angle and orientation of your solar array for maximum sunlight exposure.

• Placement of Solar Array over Flat Roof

  • Learning best practices for placing solar arrays on flat roofs.

• Concept of Solar Mounting Structure

  • Understanding different types of mounting structures and their applications.

• Various types of Solar Mounting Structure & Foundations Used in Solar Project

  • Exploring various mounting structures and the foundations they require.

• Introduction about Strategies in Cable Selection

  • Learning the importance of cable selection for your solar project.

• Reading the Datasheet of DC cable

  • Understanding DC cable specifications and selecting the right cables for your system.

• DC Cable Sizing

  • Applying the knowledge from cable datasheets to properly size your DC cables.

• Reading the Datasheet of AC cable

  • Interpreting AC cable specifications for optimal performance in your system.

• AC Cable Sizing in Excel

  • Using Excel to perform AC cable sizing calculations.

• Introduction about Earthing System

  • Understanding the importance of an earthing system in a solar power plant.

• SLD Diagrams and Component Layout

  • Learning to create Single Line Diagrams (SLD) for your system design.

Course Highlight:

• Practical Training with Real-World Simulations
  • This course includes hands-on experience through simulations, allowing you to apply your learning in a practical setting before implementing it in real-life projects.

Who Should Attend:

This comprehensive course is designed for:

• Engineers and technicians entering the solar industry.
• Renewable energy professionals looking to expand their knowledge.
• Entrepreneurs planning to invest in solar power projects.
• Students studying electrical engineering or renewable energy technology.

Course Outcome:

Upon completing this course, you will be well-equipped with the practical skills and theoretical knowledge required to design, install, and maintain a solar power plant. You'll join the ranks of professionals who have successfully navigated the complexities of solar system design and are now capable of contributing to the renewable energy sector confidently.

Course Delivery:

This course is delivered through a blend of video lectures, interactive quizzes, downloadable PDFs, and hands-on exercises designed to provide you with both theoretical understanding and practical application skills.

Enroll in this course today and take the first step towards becoming a solar power plant design expert! With Prof. Kiran Beldar's guidance, you will gain the confidence and skills necessary to excel in the renewable energy sector.