"Electric Power System Reliability -2010" is updated to include the
material included in the 2010 exams and is particularly structured to address application and analysis type questions.
It includes the latest new
and the revised NERC Standards and some new questions to promote understanding. Chapters 4 and 7 addressing Interconnection
Reliability Operating Limits (IROL) and Transmission Operations have been restructured to better explain the NERC Standards.
The text
is designed to serve as an aid to power system professionals preparing
for the NERC System Operator Certification Exams.
This book is
organized in seventeen chapters (300 pages) each addressing a fundamental of Power
System Reliability. Rather than present the Reliability Standards strictly in the NERC alphabetic Standards blocks, the Standards
are presented in the context of the appropriate power system fundamentals. This
organization is designed to provide the technical information required to understand
the Standards and provide relevance and perspective to highlight the purpose of each Standard or group of Standards. This presentation format is designed to frame each group of standards so that information
can be more easily assimilated and retained by electric power system operating personnel.
Each chapter
is designed around a fundamental of Power System Reliability and its associated NERC Standards. Background information is presented to explain the purpose, intent and technical relevance of the Standards
in that group. Key requirements of the Standards are summarized. Finally, any remaining requirements from the Standards group are presented for completeness. Questions
are presented at the end of most chapters to allow the reader to test for comprehension.
Click the link
below to access the 2008 (the latest available) NERC Guide for the new NERC Exam. You will see that the new exam
will stress application and analysis type questions. That is precisely why we organized our text the way we did.
We stress the presenting the Standards in the context of Power System Fundamentals.