Electrical Engineering Sem 3 Power Generation Technology (PGT) SPPU 2019 Syllabus |
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Subject:- [PGT] Power Generation Technology |
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Branch:- Electrical Engineering |
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Semester:- 3 Semester |
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Pattern:- 2019 |
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Unit Wise & Topic Wise Syllabus
Unit - 1 Thermal Power Plant |
Unit 1 |
Thermal power plants |
1.1 Basic thermodynamics cycle and components of steam power plant |
1.2 Rankine cycle |
1.3 Actual Rankine cycle |
1.4 Reheat cycle theoretical only |
1.5 Heat rate Numerical on Heat rate |
1.6 Site selection of thermal power plant |
Unit - 2 Nuclear, Diesel, Gas Power Plant |
Unit 2 |
Nuclear Diesel Gas Power Plant |
2.1 Nuclear Power Plant Introduction atomic physics nuclear reaction materials site selection nuclear reactors and working of each part classification of nuclear reactor nuclear waste disposal. |
2.2 Diesel Power Plants Main components and its working Diesel plant efficiency and heat balance Numerical Site selection of diesel power plant. |
2.3 Gas Power Plant Introduction to gas cycles. Simple gas turbine power plant methods to improve thermal efficiency open loop and closed loop cycle power plants gas fuels gas turbine materials plant layout. Combined cycle power plants concept of heat to power ratio. |
Unit - 3 Hydro Power Plant |
Unit 3 |
Hydroelectric power plant |
3.1 Site selection |
3.2 Hydrology |
3.3 Classification of Hydroelectric Power Plant |
3.4 General arrangements and operation of hydropower plant |
3.5 Hydraulic turbines turbine size pelton wheel turbine |
3.6 Kaplan turbine Axial flow reaction turbine |
3.7 Selection of turbines |
3.8 DAM |
3.9 Gate |
3.10 Spillways |
3.11 Intake and out take works |
3.12 Water hammer and surge tank |
3.13 Simple numerical on hydro graphs and number of turbine required |
Unit - 4 Wind Energy Systems |
Unit – 4 |
Wind Energy |
4.1 Historical Development of Wind Power |
4.2 Types of wind turbine |
4.3 Impact of Tower Height |
4.4 Power in the Wind |
4.5 Maximum Rotor efficiency |
4.6 Speed control for Maximum Power |
4.7 Average Power in the wind Numerical |
4.8 Wind Turbine Generators WTG Synchronous and Asynchronous block diagrams only |
4.9 Wind Turbine Economics |
4.10 Simple Estimates of Wind Turbine Energy |
4.11 Environmental Impacts of Wind Turbines |
4.12 Change in wind pattern and its effect on power generation |
4.13 Control of wind turbine generator |
Unit - 5 Solar Energy |
Unit 5 |
Solar Energy |
5.1 Principles of solar radiations |
5.2 Solar Constant |
5.3 Measurement of solar radiation |
5.4 Solar energy collectors solar thermal applications |
5.5 Solar Energy Conversion |
5.6 Solar thermal power plants |
5.7 Over view of recent development of PV technologies |
5.8 A Generic Photovoltaic Cell |
5.9 The Simplest Equivalent Circuit |
5.10 Numerical on number of solar panel selection |
5.11 The PV I–V Curve under Standard Test Conditions STC |
Unit - 6 Other Sources and Grid Connection |
Unit 6 |
Other sources and grid connection |
6.1 Biomass energy |
6.2 Biomass energy conversion to electricity |
6.3 Municipal solid waste to energy conversion |
6.4 Geothermal energy |
6.5 Standalone |
6.6 Hybrid stand-alone and grid-connected renewable systems and their requirements. |
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