Program Overview
This program equips professionals with hands-on technical knowledge of hybrid renewable energy systems combining solar PV, wind turbines (DFIG/full converter), generators, and battery storage. Designed and delivered by industry veteran across R&D, OEMs, EPC, and O&M, the course demystifies key components, working principles, integration techniques, and grid/off-grid synchronization challenges. It begins with foundational electricity concepts and progresses through system-level design, power electronics, SCADA, and compliance frameworks like IEC 61400. The course blends theory and applied learning, focusing on real-world implementation for utility-scale and microgrid projects.
Features
- Understand the working principles of solar PV, wind turbine technologies, and electricity generation systems.
- Design and integrate hybrid systems with battery storage and power electronics for grid/off-grid use.
- Analyze wind turbine control systems, fault diagnostics, and IEC certification requirements.
- Apply SCADA-based remote monitoring and grid synchronization techniques for hybrid power management.
Target audiences
- Wind/Solar Farm O&M Professionals
- SCADA & Power Systems Engineers
- Renewable Energy Data Analysts
Curriculum
- 6 Sections
- 27 Lessons
- 3 Days
Expand all sectionsCollapse all sections
- Basic Electricity Generation ( D.C and A.C )5
- Solar Energy : Solar PV System , Solar Thermal System5
- Wind Turbine / Wind Farm System7
- 3.1Wind Turbine Technologies : DFIG , Synchronous , PMG type
- 3.2Wind Turbine Overview : Major wind turbine Components and Sub system
- 3.3Wind Turbine Control System , Yaw System , Pitch Control System
- 3.4Single Line Diagram
- 3.5Power System : DFIG Converter , Rectifier , Step up converter , full converter
- 3.6Error Analysis and Fault finding / Trouble shooting
- 3.7Wind Turbine Type Certification( Design Validation , process validation) as per IEC 61400-1 and Type Testing as per IEC 61400-22 and GL-Guidelines
- Battery Storage System3
- Power Electronics4
- SCADA & Power Control system , Sub station3