COMBINED CYCLE POWER PLANTS

CENTRALES TERMICAS DE CICLO COMBINADO

The Combined cycle power Plants book exposed to the reader the operating principles and the main equipment and systems that make up a combined cycle plant. In them, and as its name indicates, combine two thermodynamic cycles: the energy use of a fuel in a gas turbine and the conversion into electric energy of the potential energy contained in a steam mass  subjected to a pressure and temperature specific.

 


ISBN: 978-84-606-8311-7

This book is available in two formats, paper format and interactive DIGITAL book for reading on your personal computer, which includes the possibility of extending some images and some videos.

Price: 245€ (VAT and shipping included in peninsular Spain)

Language: Spanish

Discount for bookstores: consult

Availability: immediate. 24 hours of placing the order 

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The Combined cycle power Plants book exposed to the reader the operating principles and the main equipment and systems that make up a combined cycle plant. To the length of the book are described in detail possible configurations, the main equipment, gas turbines, steam turbines, recovery boiler, water-steam cycle and auxiliary systems. Especially dedicated more than 100 pages to describe the generator and electrical systems of high, medium and low voltage of the station.

The book does not gives nothing by known, has a marked character practical and aims to convert is in a guide of reference even for personal not technical.


INDEX

VOLUME 1

1. COMBINED CYCLE POWER PLANTS  

  • Historical references
  • What is a combined cycle plant?
  • The advantages of the combined cycle power plants    
  • Limitations, disadvantages and problems of the combined cycles 
  • Combined cycle power plants future                                                                    

2. MAIN EQUIPMENTS AND SYSTEMS

  • Overview of equipments that make up a combined cycle
  • Gas turbine
  • Steam turbine
  • Generator  
  • Heat recovery steam generator
  • High and medium voltage electrical system 
  • Low voltage system
  • Auxiliary systems 
  • Control system                                                                                                         

3. COMMON CONFIGURATIONS

  • Single axis configuration 1x1
  • Multi axis configuration 1x1
  • Configuration Nx1x1  
  • Configuration 2x1      
  • Configuration Nx1
  • Configuration NXNx1
  • Special configurations                                                                                         

4. CHARACTERISTIC PARAMETERS OF A COMBINED CYCLE PLANT

  • Gross and net power
  • Gas turbine brand and model   
  • Configuration    
  • Overall performance
  • Heat Rate      
  • Used fuel
  • HRSG type
  • Water-steam cycle pressure levels
  • Cooling type
  • Generator type
  • Possibility of starting from zero voltage                                                                  
  • Voltage generation
  • Output voltage
  • Substation type

5. ENVIRONMENTAL IMPACT

  • Environmental impact study (EIA) 
  • Gaseous emissions
  • Discharges
  • Noise  
  • Hazardous and toxic waste
  • Accidents, special situations of environmental risk                                                   

6. GAS TURBINES

  • Gas turbines
  • History of development of gas turbines
  • Gas tubine types
  • Characteristic parameters of gas turbines
  • Turbine main components
  • Usable fuel in gas turbines                                                                         

7. ELECTRIC GENERATOR

  • Rotary electrical generator
  • Operation principle
  • Generators types
  • Generator characteristic parameters
  • Main elements of a generator synchronous three-phase
  • Auxiliary elements of a generator synchronous three-phase
  • The type of most common generator in combined cycles                                                         

VOLUME 2

8. HEAT RECOVERY STEAM GENERATOR (HRSG)          

HEAT RECOVERY STEAM GENERATORS                     

RECOVERY BOILERS TYPES              

RECOVERY BOILERS CHARACTERISTIC PARAMETERS 

SAFETY IN THE BOILER

9. WATER - STEAM CYCLE

WATER-STEAM CYCLE IN COMBINED CYCLE POWER PLANTS                    

STEAM IN THE INDUSTRY

RANKINE CYCLE         

RANKINE CYCLE IN COMBINED CYCLE POWER PLANTS         

CONDENSATE SYSTEMS     

WATER SUPPLY CIRCUIT     

STEAM CIRCUIT          

10. STEAM TURBINE   

THE STEAM TURBINE, AN EXPERIENCED MACHINE                         

STEAM TURBINES CLASSIFICATION                

STEAM TURBINE MAIN PARTS       

CONTROL SYSTEM          

AUXILIARY ELEMENTS            

11. ELECTRICAL SYSTEMS

ELECTRICAL SYSTEMS IN A COMBINED CYCLE PLANT

MAIN TRANSFORMER  

SUBSTATION 

WEATHER SUBSTATION ELEMENTS           

MEDIUM VOLTAGE SYSTEM      

LOW VOLTAGE SYSTEM

 

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