new arrivals @ perpustakaan kejuruteraan - books - UiTM Library

72 TK
2411
.S73
2013
(Level 6)
73 TK
3001
.B44
2011
(Level 6)
74 TK
3111
.P33
2011
(Level 6)
Stallcup's® Generator,
Transformer, Motor And
Compressor / J. G. Stallcup &
J. W. Stallcup
Extra High Voltage AC
Transmission Engineering / by
R D Begamudre
HVDC Power Transmission
Systems / by K R Padiyar
1st ed. 1 1 Stallcup s® Generator, Transformer, Motor and
Compressor, 2011 Edition has been fully revised
to bring electrical personnel up-to-code on all
types of rotating machinery. The new 2011
Edition expertly explains how to select, operate,
construct, and maintain the most common types
of rotating machinery correctly and efficiently.
Divided into three comprehensive parts, Stallcup
s® introduces users to the theory, methods, and
applications of generators (Part 1), transformers
(Part 2), and motors, controllers and
compressors (Part 3). This text fully explains
how these devises work and which Code rules
apply. In keeping with the previous edition, the
- 1 1 Presented in a lucid style with easy-tounderstand
methodology; Review Questions,
Problems with Answers are given; The material
has been tried out for advanced undergraduate
and postgraduate courses at reputed institutions.
The book covers all topics that are considered
essential for understanding the operation and
design of EHV, AC overhead lines and
underground cables. Theoretical analysis of all
problems combined with practical application are
presented in detail. EHV laboratory equipment
and testing are fully covered together with
application of digital recorders, fibre optics, etc.
for impulse measurements. Every chapter
2nd ed. 1 1 contains Emerging many technology worked of examples VSC-HVDC in order links to is
described in detail; Presents new developments
such as application of hybrid active filters,
capacitor commuted converters, double and
triple tuned filters etc.; Several examples and
case studies are included to illustrate concepts.
The application of HVDC technology has
received new impetus with the evacuation of
large quantum of power from remote hydro and
thermal stations. In addition, the controlability of
power flows in the power grid has added a new
dimension on the use of HVDC links in the
context of developing Smart Grids. The power
transfer from off-shore wind generation is
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