Power System Control and Stability
Paul M. Anderson | 1980-04-30 00:00:00 | Iowa State Pr | 464 | Engineering
Analyzes the dynamic performance of interconnected power systems.
* Examines the characteristics of the various components of a power system during normal operating conditions and during disturbances.
* Explores the detailed mathematical models of system components and analyzes the system behavior using the necessary computational tools.
Reviews
I first thought this is a real revision of the older book of the two respectful professors but after I received the book I found it just a newer print and not a revised print. If I had to comment I would comment on the original book as being an excellent book on power system stability and modeling. I used it a lot in my MS degree studies but again I will never forget my shock when I received the new print. Now I have two copies on my shelf.
Reviews
This book was written originally in the early 70's, and hasn't been updated much since then. Because computing power was relatively low at the time, the models in this book were relatively simple. These models are still being used today. They make a good first cut for a power system model, before you start adding the details that make a general power system model into a specific model.
Some of the information relating to mechanical control systems is pretty irrelevant due to its replacement with electronics, but the rest is purely classic. Additionally, some of the appendices have useful constants and information for various machine sizes that can be hard to come by. If you work with power system modeling and control, then this is a required book for you.
Reviews
There is hardly any book for CRNE review , and sure this one is excellent.
we really need more of such books in areas like Obstetrics , psychiatry.
Reviews
El libro esta muy completo, verdad que sip, con todo y los apartados de maquinas sincronas que lo hacen mas completo, God bless you!
Reviews
Although old but this book is really one of the top books in the area of power system stabilization and control.
The book provides the principles of electrical machine modelling which are explained with many examples. The last chapter gives a brief idea of modeling of multi-machine systems.
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