About the Program
Renewable energy is energy that is collected from renewable resources, which are naturally replenished on a human timescale, such as sunlight, wind, rain, tides, waves, and geothermal heat. Renewable energy often provides energy in four important areas: electricity generation, air and water heating/cooling, transportation, and rural (off-grid) energy services.
Need of Renewable Energy system: –
- To protect the Environment.
- To ensure maximum continuity of supply.
- Reduction of CO2 Emissions.
What You Will Learn?
|Day 1||Introduction to Solar PV System|
|Day 2||Fundamentals of MATLAB – Simulink|
|Day 3||Solar PV Panels and Mounting Structure|
|Day 4||Types and selection of solar modules|
|Day 5||Selection of Tilt angle, Grounding system|
|Day 6||PV Shading Effects|
|Day 7||Power Converter Design|
|Day 8||Non-Isolated Power Converter|
|Day 9||Isolated Power Converter Design|
|Day 10||MPPT Basics|
|Day 11||MPPT Design with PO Algorithm|
|Day 12||MPPT Design with IC Algorithm|
|Day 13||MPPT Design with Fuzzy Logic|
|Day 14||Types of charge controllers and their selection techniques|
|Day 15||Inverter Design|
The Program is a mix of Theory sessions, Quizzes, Hands-on Sessions, Liver Interaction with Experts, Assignments, and Practical Exercises. Maximum Impetus is given to Hands-on Sessions so as to enable the participants with the maximum knowledge transfer and satisfaction. The ratio of the theory, practical sessions will be 30:70.
Day 1 Introduction to Solar PV System
Day 3 Solar PV Panels and Mounting Structure
Day 4 Types and selection of solar modules
Day 5 Selection of Tilt angle, Grounding system
Day 6 PV Shading Effects
Day 7 Power Converter Design
Day 8 Non Isolated Power Converter
Day 9 Isolated Power Converter Design
Day 10 MPPT Basics
Day 11 MPPT Design with PO Algorithm
Day 12 MPPT Design with IC Algorithm
Day 13 MPPT Design with Fuzzy Logic
Day 14 Types of charge controllers and their selection techniques
Day 15 Inverter Design