Joe Planet's Website

COMPUTER ALGORITHMS in
POWER SYSTEM ANALYSIS

this is the third category of what you will get from this website. There are two electronic books included.

1> Loadflow, sometimes called Power Flow and
2> Short Circuit, sometimes called NetFault.

scroll for more information

CONTACT:

Any comments suggestions on this project please email the author at joepplanet@yahoo.com

If you have downloaded this html file, its source is from

http://joeplanet.freevar.com/

LIMITS OF LIABILITY AND DISCLAIMER OF WARRANTY

The Author had used his best efforts in preparing the ebook and the programs contained in it. These efforts include the development, research, and testing of the theories and programs to determine their effectiveness.

The SOFTWARE (including the instructions for its use) is provided on "as is" basis without warranty of any kind. The author further disclaims all implied warranties including without limitation any implied warranties of merchandability or fitness for a particular purpose. The entire risk arising out of the use or performance of the software and documentation remains with the user.

Trademarks, softwares used in this project.

Microsoft Visual C++ 8/9,
Microsoft Windows 7/8
MS Internet Explorer 9
Visual Studio 2010

WHO SHOULD READ THESE eBOOKS

Any person doing research on sparse matrix applications, engineering mathematics, computer solution of large power systems. In most cases, he is a graduate of B.S. Electrical Engineering doing power systems analysis and knows computer programming. He has scanned the library for these topics but could not find the correct book. He wants one book containing only the best algorithms. This can be that source.

HOW THESE eBOOKS ARE DIFFERENT

This publication was designed from a practical point of view by a programmer for the programmers. As a picture paints a thousand words, a program code is the final implementation of an equation. Before the best, several algorithms are discussed together with sample calculation and program snippets. There are no exercises left for the reader. You won't have to spend days trying to figure out how to accomplish something described in the book.

If you're like me, you want to put the techniques to use immediately, to see if they are promising for your own applications. Only then do you want to dissect the code to see what makes it tick. If you do not have this publication, you will have to read 10 books, 30 IEEE PAS transactions and scrutinize software codes from PTI, PECo etc. You even have to take up MS subjects and work with an electric utility.

You will also be provided with an industry grade software, including the source code, user's guide, sample data in small scale as well as large network. It is a pleasure to know somebody learns from his work.

A hyperlink is a complete chapter. What you do is just scroll. Unlike other publications you may have visited, here, you will never be lost as you traverse the eBOOK. There is a table of contents at the end of every chapter.

ABOUT THE AUTHOR:

Joe Planet is a netizen name only. He finished his B.S. in  Electrical Enginering in 1978 at the Mapua Institute of Technology, Manila, Philippines. He completed a year of power engineering program at the Manila Electric Company and attended a year of EMS course at Harris in Florida, USA.

He once worked as a computer programmer at the government power utility in the Philippines, the National Power Corporation, for over a decade. He migrated to Canada in 1994 and learned web technologies in school for 6 months and worked as a web developer for 4 years.

TEXT AREA:
Source codes for the algorithms are shown in scrollable text area. You may effortlessly cut and paste these codes by opening the HTML file in any text editor. There are no HTML codes to remove on portion appearing in the text area. Input data together with program output are also shown on another textarea. You may cut and paste the input data. To compile the source code, you may use "DOS exe" option and execute the program in DOS mode. In that mode output maybe redirected to a file by "name.exe > out.txt" where name.exe is the executable file and ".exe" is optional. The symbol ">" is called redirection.

Instead of output being shown on the screen, it is redirected to a file "out.txt". If you do not like this, duplicate all printf() with fprintf(). You may also compile the codes with "Quick Win Application" mode. In this mode,cut and paste can be done on the scrollable window.

Enjoy your quest for knowledge. You will never find a web site like this.

Joe Planet
Oct 2012