ME-702 (C) Power Plant Engineering Notes
5 notes for Power Plant Engineering, unit by unit.
Notes for ME-702 (C)
- Unit 1 · Short notes Introduction Methods of converting various energy sources to electric power · Direct conversion methods for renewable energy sources · Solar energy conversion · Wind energy conversion · Tidal energy conversion · Geothermal energy conversion
- Unit 2 · Short notes Fossil fuel steam stations Basic principles of plant and station design · Effect of climatic factors on station and equipment design · Choice of steam cycle and main equipment · Recent trends in turbine and boiler sizes and steam conditions · Plant design and layout (outdoor and indoor) · System components
- Unit 3 · Short notes Nuclear Power Station Importance of nuclear power development (global and Indian context) · Atomic structure and radioactivity review · Binding energy concept · Fission and fusion reactions · Fissionable and fertile materials · Thermal neutron fission
- Unit 4 · Short notes Hydro‑Power Station Hydrological computations · Rainfall runoff · Flow and power duration curves · Mass curves · Storage capacity · Types of hydro stations and salient features
- Unit 5 · Short notes Power Station Economics Estimation and prediction of load · Maximum demand, load factor, diversity factor, plant factor and their influence on design, operation and economics · Comparison of hydro and nuclear power plant cost structures · Cost analysis problems · Economic performance and tariffs · Interconnected system advantages
More for ME-702 (C)
Other 7th semester ME subjects
- ME-701 Heat and Mass Transfer
- ME-702 (A) Advance Machining Processes
- ME-702 (B) Internet of Things
- ME-702 (D) Advance Machine Design
- ME-703 (A) Operation Research & Supply Chain
- ME-703 (B) Artificial Intelligence Techniques
- ME-703 (C) Systems Engineering
- ME-703 (D) Reliability Engineering
- ME-704 CAD/CAM /CIM
- ME-705 MATLAB and R Programming
- ME-706 Major Project -I