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Asia-Pacific Power and Energy Engineering Conf. (APPEEC2011) EI&ISTP Indexed ==================================================================" g8 R r6 Q4 ?7 y4 w$ w0 U
The 3rd Asia-Pacific Power and Energy Engineering Conference (APPEEC2011)
. b. S: k4 N" o" c$ O$ c* o/ ~1 h7 ~第三届亚太电力与能源工程国际会议1 ?% [' e; @! v6 L4 V2 F8 f( x8 B
Submission Deadline: Sept. 24, 2010
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3 u1 w' E2 s* a9 o% N' |Wuhan, China March 25-28, 2011
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The 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 ; x. y# `& s. w& X! D
by IEEE, all papers accepted will be indexed by Ei Compendex and ISTP.
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The technical areas to be covered in this conference include: ! J3 p4 F: A/ E e5 {9 ?" r0 H s
Power Generation - Conventional and Renewable ' Y) H# t+ F4 _: ?- p
Hydropower technologies and applications
; z3 G) m' k' D( vThermal power technologies and applications 1 \6 k* n$ X6 J" f# T9 @" z
Safe nuclear energy generation and utilization
m7 Y% S j* c* _, v) z4 t" GWind power generation and utilization
u$ i2 t2 [! d# R/ IBio-energy technologies, process and utilization
% b N5 Y" w' w4 INew technologies and design for energy efficiency : e6 k% x) t1 A8 Y1 j) v# O
New technologies for minimizing CO2 generation [/ m( l/ d/ M4 ~9 ?
Environmental-friendly technologies for power generation
+ X: s9 v p& {# sGeothermal and tidal wave energy ! g5 k: I" y4 c& T/ q6 e, r4 {
Photovoltaic for solar power applications
1 g. \5 E P) N3 u% I2 OWaste products as fuel
5 f* \2 V* G$ R& J0 lOther sustainable energy
5 X4 C: K( U& [ @' A4 y; I( y; t! kPower System Management
" R B/ `+ a- l u* L2 F! G: vPower system management technologies
6 r/ {4 [$ R. Q4 n( g! s, p7 cIntegrated substation automation technologies / O3 Q: V9 Y# R# V. P4 a
Power system monitoring and mitigation technologies
$ ~: Q. }7 [: U# s" u; @ l6 G1 X0 o0 FOnline monitoring and fault diagnosis system 6 j) S. p8 s0 d2 ?9 z
Control strategies for modern power system stability
! m8 Q' S, p( z) E: |# q& OModeling and simulation of large power systems
3 T' o9 Q& D- X) T4 c4 ?4 N! pApplication of wide area measurement system
0 R2 y4 f5 v4 F% _' `/ [Power system analysis and optimization : L* B, W9 g+ b: n
Load modeling, estimation and forecast 4 s# ]/ j+ m+ `0 k# g
Power system planning and operation
3 i& g8 d: L7 Z; B: z( V9 u# HPower Transmission and Distribution
0 k2 I3 j5 V4 Z: f' `0 mUltra High Voltage (UHV) technologies
. k5 v4 ?5 v1 j# p1 d/ pHVDC and flexible AC transmission system
) ^# L2 U7 n) C7 p9 o; t) Z# d0 H ^Over-voltage, lightning protection and grounding ; E, f3 i Y; q7 l4 w G: r$ Z
Electromagnetic transient in high voltage power systems
0 i8 R w+ x+ w& u% S RInsulation condition monitoring in power systems * R0 P1 y3 I7 ^* ^, E! t8 t
Advanced distribution and SCADA technologies
2 x6 L' ]& ?, V9 lElectromagnetic compatibility in power systems ; k4 c1 C) B! i1 F$ X" v3 t
Plasma physics and the pulsed power technology 6 N4 Z; W! y7 _' x
Electromagnetic analysis in power systems
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9 A2 H# m- _! D" y @4 Z6 ISmart Grid Technologies
5 C1 X) E" z5 g! a7 \Modeling of Grid environments # {! i; K7 r" U, P0 o C6 {
Agent-based mechanisms for Grid markets $ v! x1 Q; }5 j3 L/ F9 V
Resource allocation in Grid scenarios / q# V. ~0 \8 s
Automated negotiation for Grid resource allocation " X" C: | e- u% `* v P) q2 i* X
Agent-based simulation of Grid environments and markets
# z' i+ p" B! y8 B0 aAgent-based Computational Economics for Grid
1 J/ L/ S+ j: C! vEngineering of Grid markets and Grid architectures
2 X( U3 |7 k3 J" |& m TTechnical research on future application domains) q& P* U# ]" c
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) g5 ^& c3 ^# g0 i# Q+ r; K: ZFor more information about this conference, 5 j5 T& k3 |" G- i) Z
please contact: appeec@scirp.org. + i5 n& U0 c( D y
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