This Course provides an in-depth understanding of steam turbine thermodynamics, design principles, and control systems in modern thermal power plants. It begins with the fundamentals of turbine work-done, efficiency calculations, Willan’s equation, blade and stage efficiency, reheat factors, degree of reaction, and selection of blade profiles. Key design aspects, considerations, and common losses in steam turbines are covered to ensure optimal performance.

The course also explores steam turbine valves, including main steam stop valves, HP governor valves, IP reheat and intercept valves, their components, arrangements, actuation, and control mechanisms. Learners gain practical knowledge of valve management, turbine governing systems, and evolution of governing technologies. Detailed coverage of Electrohydraulic (EH) oil systems includes system components, speed and load control mechanisms, overspeed protection, trip functions, and maintenance procedures. This specialization equips learners with the skills to design, operate, and manage steam turbines efficiently, ensuring precise control, safety, and optimal performance in power plant operations.