The Power Supply Industry – Best Practice Manual for Power Generation and Transport, Economics and Trade

The Power Supply Industry

Best Practice Manual for Power Generation and Transport, Economics and Trade

Cover and Contents

https://www.springer.com/in/book/9783319723044

Book Purchasing:
The book can be ordered as hard cover at publishing house Springer, at bookshops or in internet shops
https://www.springer.com
ISBN: 978-3-319-72304-4
Title: The Power Supply Industry – Best Practice Manual for Power Generation and Transport, Economics and Trade
Authors: Panos Konstantin, Margarete Konstantin
Published March 2018

Comments and recommendations for improvements from readers are highly appreciated and will be thankfully considered in forthcoming editions of this book.

Example downloads: Application examples are indispensable to understand the content. Most of the examples as well as Case Studies and Tools are calculated with MS-Excel and are inserted as pictures into the book. The following downloads provide tracing of the calculations.

The downloads are arranged by chapter. By click on the respective chapter readers can download available MS-Excel files:

  • Case Study 1 – Rankine Cycle (in T-s-Diagram) calculated with FluidEXL (CS1)
  • Case Study 2 – Simulation simple Rankine Cycle (CS2)
  • Case Study 3 – Demo – Rankine Cycle Development (CS3)
  • Case Study 4 – Integrated Model – techno-economics Fosil-PPs (CS4)
  • Case Study 5 – Integrated Model – techno-economics Nuclear-PPs (CS5)
  • Case Study 6 – Cashflow, IRR-Analysis Wind farm (CS6)
  • Case Study 7 – Integrated Model techno-economics Parabolic trough (CS7)
  • Case Study 8 – Integrated Model techno-economics Solar Tower (CS8)
  • Case Study 9 – Cost-Allocation: electric equivalent extraction – condensing CHP (CS9)
  • Case Study 10 – Cost-Allocation: exergy balance – backpressure CHP (CS10)
  • Case Study 11 – Modelling Simulation extraction – condensing Rankine-Cycle no Reheat (CS11)
  • Case Study 12 – Modelling Simulation extraction – condensing Rankine-Cycle Reheat (CS12)
  • Case Study 13 – Modelling Simulation extraction – condensing CCGT-Cycle (CS13)