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Asia-Pacific Power and Energy Engineering Conf. (APPEEC2011) EI&ISTP Indexed ==================================================================
8 [; O3 ]/ r; J" `The 3rd Asia-Pacific Power and Energy Engineering Conference (APPEEC2011)
9 A1 M# r5 I3 w5 d第三届亚太电力与能源工程国际会议6 w' F$ n Q6 Z1 V+ g/ H
Submission Deadline: Sept. 24, 2010: U5 U1 H% j( S, a2 X0 [, @
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Wuhan, China March 25-28, 2011% ?3 z5 G& d% J7 B) l
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! ]. }6 ^$ O# t' c0 MThe 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 U z' F9 H; R3 K1 p
by IEEE, all papers accepted will be indexed by Ei Compendex and ISTP. / S7 q" l" N9 m. j3 G
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The technical areas to be covered in this conference include: : g' \4 y* v1 i* }0 j. O
Power Generation - Conventional and Renewable
, n/ B: v' ~# c9 q& v0 b3 |* VHydropower technologies and applications + d& L: p7 ?4 F2 {9 [4 B
Thermal power technologies and applications : J6 h7 G( o F$ }/ n; ~
Safe nuclear energy generation and utilization 1 N K1 e( P& X1 [3 t: ]
Wind power generation and utilization
5 V) {5 H$ D" p% V: ` VBio-energy technologies, process and utilization ( K0 M9 ?. N( p0 c4 _
New technologies and design for energy efficiency ! S- I# X# i1 m: {. K/ W, v- q0 ]
New technologies for minimizing CO2 generation
8 Q }# C$ s% s, X& t& Q! SEnvironmental-friendly technologies for power generation ; d0 t. ?$ J' {6 d
Geothermal and tidal wave energy " L+ j& U# \ w$ _; A
Photovoltaic for solar power applications
5 ^% ~9 }- t7 D/ T) a* ~7 t# gWaste products as fuel
1 I# z) w/ I u- v/ i N# iOther sustainable energy0 Z1 D% r1 f1 ~: N# Z4 K
Power System Management
/ E9 U8 _8 r' z( R, v7 Y1 XPower system management technologies . T. R" E m/ j- L
Integrated substation automation technologies
/ ]6 A- B9 w! M" G8 K4 u/ Q4 gPower system monitoring and mitigation technologies
) k$ L' H4 C4 t V0 ~/ g: HOnline monitoring and fault diagnosis system
" z1 N) k4 d% p+ ?( E& B% y5 X( KControl strategies for modern power system stability : x5 M% u6 V2 X+ D9 s$ K
Modeling and simulation of large power systems
/ N2 m9 y. {, w! |Application of wide area measurement system
9 b! w9 J- ^7 X5 z m, I5 DPower system analysis and optimization
& \/ V. |) [' |0 E# K; {' mLoad modeling, estimation and forecast * ^, W3 |- y! d$ G) H
Power system planning and operation- s l! y/ M. K: O) n$ K+ `* I
Power Transmission and Distribution
. ]( t1 ?: Z2 j# L( `; a) I3 f/ wUltra High Voltage (UHV) technologies
* H+ @ n, T- `HVDC and flexible AC transmission system ) }/ R0 Y6 s3 h2 x3 D
Over-voltage, lightning protection and grounding
2 m5 ]2 U2 ?& A/ r% E1 V& m" hElectromagnetic transient in high voltage power systems . L1 Y0 W; Q8 }
Insulation condition monitoring in power systems
0 z' K$ \0 ^7 l: Q. i+ `9 g9 bAdvanced distribution and SCADA technologies
, O) y) u* F( bElectromagnetic compatibility in power systems
+ m9 H# @/ @# W3 J& TPlasma physics and the pulsed power technology 7 t @+ g# [8 h; L1 J D# G
Electromagnetic analysis in power systems
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& M) b: x2 s p zSmart Grid Technologies % b. ?: e# y" f( K
Modeling of Grid environments 7 v) a( E9 q9 [" ]" r
Agent-based mechanisms for Grid markets
6 O% [2 M8 c* h% _. rResource allocation in Grid scenarios
7 Y8 w# q- k0 V9 m6 E X9 jAutomated negotiation for Grid resource allocation , M; Q) r; Z8 [$ l$ y
Agent-based simulation of Grid environments and markets
# @2 s D$ m2 oAgent-based Computational Economics for Grid
5 G7 k9 Q; d: V. [8 e' }Engineering of Grid markets and Grid architectures . a' @. \' W/ X% H
Technical research on future application domains
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& g5 C; h' |6 J3 }- l) ]For more information about this conference,
5 ~/ Q- h0 a L R* U$ ]0 D, q9 Mplease contact: appeec@scirp.org. ' ]8 u4 H* ]+ G
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