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Asia-Pacific Power and Energy Engineering Conf. (APPEEC2011) EI&ISTP Indexed ==================================================================
: v R r _9 S- ?0 f! H+ m9 oThe 3rd Asia-Pacific Power and Energy Engineering Conference (APPEEC2011)! A- I" t6 V4 ?: H
第三届亚太电力与能源工程国际会议
2 }8 s. R$ b0 {Submission Deadline: Sept. 24, 2010
5 ?( j' o! o `: x; J8 g- D# ? _0 h) N( o0 H' h
Wuhan, China March 25-28, 2011' v5 d+ d. }) I8 ^, P- ]' d1 E8 D
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: E, F, t Q1 ?$ s) NThe 3rd Asia-Pacific Power and Energy Engineering Conference (APPEEC2011) will be held from March 25 to 28, 2011 in Wuhan, China. The conference proceedings will be published
5 K! c1 T1 D7 Tby IEEE, all papers accepted will be indexed by Ei Compendex and ISTP. ( f- w8 M6 U" e
/ L" G7 n% Y% T/ kThe technical areas to be covered in this conference include:
6 Q4 Q* z, K# z: X0 TPower Generation - Conventional and Renewable
$ x1 E' o, E# u2 d3 UHydropower technologies and applications ! n7 o* b1 ?6 g: j. D" \
Thermal power technologies and applications 6 x( l- t( ^' I6 |# j& J: o
Safe nuclear energy generation and utilization : s E6 K! ], `2 Y- S
Wind power generation and utilization
& {9 ?* ~' j! y5 \* bBio-energy technologies, process and utilization {- Q2 }' B2 |7 i/ J5 m
New technologies and design for energy efficiency ( b7 V) S$ O" \3 t- C
New technologies for minimizing CO2 generation
, b8 b& J8 e$ U5 E) q) u! WEnvironmental-friendly technologies for power generation
. }% X$ i0 q- qGeothermal and tidal wave energy
6 M, N4 {& g% t ~, u& gPhotovoltaic for solar power applications
; U" g( s) \; G2 V& qWaste products as fuel n& e d. c% l* O$ H7 x
Other sustainable energy, F' ?5 S- Q* i# y6 p" w, _
Power System Management ) f1 W/ z* z2 e
Power system management technologies ( a: b' ~( u, D. x+ Y
Integrated substation automation technologies
/ y' G. \, ~% c2 G# BPower system monitoring and mitigation technologies ~! l) l' @9 X6 |2 `1 x
Online monitoring and fault diagnosis system ; b( F' l+ H4 B0 o$ k3 {
Control strategies for modern power system stability 1 p9 y V6 l0 {$ n7 {
Modeling and simulation of large power systems
7 ^. ~8 I6 c3 c- b Z a4 ^, b( _: ]Application of wide area measurement system
0 V/ K$ V, [$ }3 w0 ePower system analysis and optimization
- L2 v. x; R8 l5 F4 R) Z% QLoad modeling, estimation and forecast ; l1 I& S8 Q' A, R* G
Power system planning and operation/ N5 I9 d- f" u
Power Transmission and Distribution
) [8 Z; z9 x2 o9 b' T3 L4 sUltra High Voltage (UHV) technologies
; X, n" N4 L B% s" u% b) M8 ~HVDC and flexible AC transmission system
0 i- E( U" w- a) \# ?+ uOver-voltage, lightning protection and grounding # }3 c% N6 u4 c, p. Q/ b
Electromagnetic transient in high voltage power systems 9 p0 k$ M) x, j6 w+ [/ _8 ^; o
Insulation condition monitoring in power systems
5 G- `3 s/ U# l) g$ ~- x' g5 o' V( W8 yAdvanced distribution and SCADA technologies
4 u' H" W4 h4 H6 k6 Y. L8 ZElectromagnetic compatibility in power systems . L: K3 ~4 {9 \0 ]8 ]' H5 `- N
Plasma physics and the pulsed power technology , |- a i5 w. L: T) ?- I+ r- V6 P
Electromagnetic analysis in power systems' a; D) M& H6 o5 R2 A
, O( A6 w% r1 q, x- R, eSmart Grid Technologies
8 W8 J$ Q- E! IModeling of Grid environments 6 `" N) y3 T6 M4 Z E/ R
Agent-based mechanisms for Grid markets
$ d3 s8 H. W+ s8 Q& |, e! Y- }/ R; lResource allocation in Grid scenarios # e: W0 V, h/ | a
Automated negotiation for Grid resource allocation
0 _! J8 K9 E# l2 n8 ~: ~: aAgent-based simulation of Grid environments and markets % D. ]2 ^0 v0 g: g. A0 ?
Agent-based Computational Economics for Grid + c) s4 s9 \9 j* Z1 g/ X5 ?5 K
Engineering of Grid markets and Grid architectures , J/ I9 E1 y- p2 a/ e
Technical research on future application domains K& b, K' d# ? Q" k
" u" ?/ j! |* i% {# s5 W8 L
% ~* T1 G& {# @- g4 ZFor more information about this conference,
3 Y* c, ~0 d8 n( {please contact: appeec@scirp.org. ( B8 `2 t! r2 j: M; x4 Q* ~% W) C( w( b
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