Power Generation: Turbines, Boilers & Renewable Systems Event, 19.Apr.2026

Course Description

This comprehensive 5-day course provides in-depth knowledge of various power generation technologies, including traditional and renewable systems. Participants will explore turbines, boilers, co-generation, combined cycle, wind, and solar power, gaining practical insights into their operation, efficiency, and applications in the modern energy landscape.

Learning Objectives

• Understand the principles and operation of steam turbines and boilers in power plants
• Analyze co-generation and combined cycle systems for improved efficiency
• Explore wind and solar power technologies and their integration into the grid
• Evaluate the environmental impact and efficiency of different power generation methods
• Apply best practices in power plant operation and maintenance

Course Modules

Day 1: Introduction to Power Generation

• Overview of power generation technologies
• Thermodynamic cycles in power generation
• Energy conversion and efficiency concepts
• Environmental considerations in power generation

Day 2: Steam Turbines and Boilers

• Steam turbine types and components
• Boiler designs and steam generation processes
• Turbine and boiler efficiency optimization
• Operation and maintenance best practices

Day 3: Co-Generation and Combined Cycle Systems

• Principles of co-generation (CHP) systems
• Combined cycle power plant configurations
• Heat recovery steam generators (HRSG)
• Efficiency improvements in co-generation and combined cycle plants

Day 4: Wind Power Systems

• Wind turbine technology and components
• Wind farm design and grid integration
• Wind resource assessment and site selection
• Operation and maintenance of wind power systems

Day 5: Solar Power and Future Trends

• Photovoltaic (PV) and concentrated solar power (CSP) technologies
• Solar power plant design and operation
• Energy storage solutions for renewable systems
• Emerging trends in power generation technology

Practical Wins for Participants

• Ability to assess and optimize power plant efficiency
• Skills to integrate renewable energy sources into existing power systems
• Knowledge to implement co-generation and combined cycle technologies
• Capacity to make informed decisions on power generation investments