Power Generation Technologies
Power Generation Technologies
Foundations, Design and Advances
Ebrahimi, Masood
Elsevier Science & Technology
03/2023
668
Mole
Inglês
9780323953702
15 a 20 dias
450
Descrição não disponível.
1. Introduction to power plants and power generation
2. Thermodynamics of power plants
3. Economics of power plants
4. Energy resources for power generation
5. Steam power plants, design (SPP)
6. Steam power plants, components
7. Industrial gas turbine power plants
8. Micro steam/gas turbines power plants
9. Reciprocating engines power plants
10. Solar power plants
11. Wind power plants
12. Hydro power plants
13. Fuel cell power plants
14. Thermoelectric power plants
15. Cogeneration power plants
16. Environmental impacts of power plants
2. Thermodynamics of power plants
3. Economics of power plants
4. Energy resources for power generation
5. Steam power plants, design (SPP)
6. Steam power plants, components
7. Industrial gas turbine power plants
8. Micro steam/gas turbines power plants
9. Reciprocating engines power plants
10. Solar power plants
11. Wind power plants
12. Hydro power plants
13. Fuel cell power plants
14. Thermoelectric power plants
15. Cogeneration power plants
16. Environmental impacts of power plants
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
AFC; Air bearing; Air intake system; Air preheater; Ampere; Anode; Bioenergy; Bismuth-telluride; Blade; Brayton cycle; Capacity factor; Capstone; Carbon dioxide; Catalysts; Cathode; CCHP; CHP; Coal; Cogeneration; Combustion chamber; Compression ratio; Compressor; Condenser; Cross-flow; Cut off ratio; Depreciation rate; Desalination; Destroyed exergy; Diesel cycle; Distributed electricity generation; Diversion; Dual cycle; Economic analysis; Economics; EES; Electricity generation; Electricity importance; Electricity; Electrochemical reactions; Electrolyte; Electrolyze; Electron; Emission; Energy conservation; Energy harvesting; Energy payback period; Energy; Environment; Exergy balance; Exergy efficiency; Exergy; Feed pump; Feedwater heater; Figure-of-merit; Flow coefficient; Fog system; Fossil fuels; Francis; Fuel cell; Gas turbine; Gas; GDP; GHG; Greenhouse gases; HAWT; Head coefficient; Heat recovery; History of power generation; Human development index; Hydro turbines; Hydrogen; Hydropower; Impoundment; Induction factor; Intercooler; Internal rate of return; Joule effect; Kalina cycle; Kaplan; Life cycle assessment; Linear concentrator; MCFC; MGT; Micro gas turbine; Micro steam turbine; Miller cycle; MST; Multi generation cycles; Net present value; Net zero emission (NZE) by 2050Nuclear energy; NREL; oil; Organic rankine cycle; Otto cycle; Over expansion; PAFC; Parabolic concentrator; Paris agreement; Payback period; PCM; Peltier effect; Pelton; PEMFC; Photovoltaic; Pitch control; Power coefficient; Power cycles; Power density; Power generators; Power in pipe; Power plants; Pressure ratio; PV; PVT; Rankine cycle; Reheater; Renewable energy; Seebeck effect; Silicon wafer; SOFC; Solar energy; Solar thermal power plant; Solar tower; Specific speed; Stall control; Steam generator; Steam power plant; Steam turbine; Steam turbines; Stirling engine; Supercharger; Supercritical cycle; Thermal efficiency; Thermal photovoltaic; Thermocouple; Thermoelectric generator; Thomson effect; Thrust coefficient; Turbocharger; VAWT; Voltage; Wet compression, Compressor washing; Wind energy; Wind power; Wind turbine
1. Introduction to power plants and power generation
2. Thermodynamics of power plants
3. Economics of power plants
4. Energy resources for power generation
5. Steam power plants, design (SPP)
6. Steam power plants, components
7. Industrial gas turbine power plants
8. Micro steam/gas turbines power plants
9. Reciprocating engines power plants
10. Solar power plants
11. Wind power plants
12. Hydro power plants
13. Fuel cell power plants
14. Thermoelectric power plants
15. Cogeneration power plants
16. Environmental impacts of power plants
2. Thermodynamics of power plants
3. Economics of power plants
4. Energy resources for power generation
5. Steam power plants, design (SPP)
6. Steam power plants, components
7. Industrial gas turbine power plants
8. Micro steam/gas turbines power plants
9. Reciprocating engines power plants
10. Solar power plants
11. Wind power plants
12. Hydro power plants
13. Fuel cell power plants
14. Thermoelectric power plants
15. Cogeneration power plants
16. Environmental impacts of power plants
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
AFC; Air bearing; Air intake system; Air preheater; Ampere; Anode; Bioenergy; Bismuth-telluride; Blade; Brayton cycle; Capacity factor; Capstone; Carbon dioxide; Catalysts; Cathode; CCHP; CHP; Coal; Cogeneration; Combustion chamber; Compression ratio; Compressor; Condenser; Cross-flow; Cut off ratio; Depreciation rate; Desalination; Destroyed exergy; Diesel cycle; Distributed electricity generation; Diversion; Dual cycle; Economic analysis; Economics; EES; Electricity generation; Electricity importance; Electricity; Electrochemical reactions; Electrolyte; Electrolyze; Electron; Emission; Energy conservation; Energy harvesting; Energy payback period; Energy; Environment; Exergy balance; Exergy efficiency; Exergy; Feed pump; Feedwater heater; Figure-of-merit; Flow coefficient; Fog system; Fossil fuels; Francis; Fuel cell; Gas turbine; Gas; GDP; GHG; Greenhouse gases; HAWT; Head coefficient; Heat recovery; History of power generation; Human development index; Hydro turbines; Hydrogen; Hydropower; Impoundment; Induction factor; Intercooler; Internal rate of return; Joule effect; Kalina cycle; Kaplan; Life cycle assessment; Linear concentrator; MCFC; MGT; Micro gas turbine; Micro steam turbine; Miller cycle; MST; Multi generation cycles; Net present value; Net zero emission (NZE) by 2050Nuclear energy; NREL; oil; Organic rankine cycle; Otto cycle; Over expansion; PAFC; Parabolic concentrator; Paris agreement; Payback period; PCM; Peltier effect; Pelton; PEMFC; Photovoltaic; Pitch control; Power coefficient; Power cycles; Power density; Power generators; Power in pipe; Power plants; Pressure ratio; PV; PVT; Rankine cycle; Reheater; Renewable energy; Seebeck effect; Silicon wafer; SOFC; Solar energy; Solar thermal power plant; Solar tower; Specific speed; Stall control; Steam generator; Steam power plant; Steam turbine; Steam turbines; Stirling engine; Supercharger; Supercritical cycle; Thermal efficiency; Thermal photovoltaic; Thermocouple; Thermoelectric generator; Thomson effect; Thrust coefficient; Turbocharger; VAWT; Voltage; Wet compression, Compressor washing; Wind energy; Wind power; Wind turbine