|
|
Asia-Pacific Power and Energy Engineering Conf. (APPEEC2011) EI&ISTP Indexed ==================================================================5 y4 D( A/ x3 V8 m
The 3rd Asia-Pacific Power and Energy Engineering Conference (APPEEC2011)
+ w, V6 u$ l* I( e1 e7 S第三届亚太电力与能源工程国际会议
1 u; l3 p8 x: a* L! V B. C& l5 ISubmission Deadline: Sept. 24, 2010/ ~$ Q5 a* s( w& B+ X* x& U
& g+ H" _2 a3 k& X
Wuhan, China March 25-28, 2011
3 ~9 F' ^8 Q& m7 ?' p+ n" g==================================================================
( H1 a+ N# h& ? x+ j wThe 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
! C! `' j Z8 H0 g g0 h0 Xby IEEE, all papers accepted will be indexed by Ei Compendex and ISTP. / _3 ` i0 i# g0 v
; n3 O: C) T( MThe technical areas to be covered in this conference include:
0 ]1 x# y$ k$ y# ^) y NPower Generation - Conventional and Renewable . b- s r! L. m% Q
Hydropower technologies and applications
W& r( d$ o& O) z* \8 mThermal power technologies and applications
+ E+ a" F) E& U! O% g! p. I- zSafe nuclear energy generation and utilization
1 z% m% G8 v8 d9 \ A& G% @Wind power generation and utilization
7 W `/ v# D: Z9 IBio-energy technologies, process and utilization % @# Q% V. W7 |$ U* U
New technologies and design for energy efficiency ! T) D* X2 G1 U7 a, }
New technologies for minimizing CO2 generation
/ `8 _( Y" n! m+ S- I. X+ J* NEnvironmental-friendly technologies for power generation 7 Z' ^0 ?4 v2 h) y6 j
Geothermal and tidal wave energy ; x2 i# x* C; ]
Photovoltaic for solar power applications
+ E+ F# { f/ oWaste products as fuel
7 ]% B/ W. v. c1 UOther sustainable energy
& Y( G; j# |5 `Power System Management , d8 o8 i7 u F7 a% q- L
Power system management technologies ; t) t2 O. Z/ y: m" Q9 f
Integrated substation automation technologies
+ I' n8 j4 S# x$ m& T& l7 zPower system monitoring and mitigation technologies 1 r& U$ L1 L4 Q* ~( h
Online monitoring and fault diagnosis system : }: \% F$ V% P. {+ M
Control strategies for modern power system stability \4 q/ _& c) m( M$ A$ v- ^
Modeling and simulation of large power systems
/ K, a7 _0 v( `: y0 T& NApplication of wide area measurement system ) A: Q& A( g7 ^
Power system analysis and optimization
5 j" H/ @) h+ c( I: I8 RLoad modeling, estimation and forecast 1 \5 s! n; d& \/ e" o+ t. w
Power system planning and operation$ Z* q8 C2 y6 k3 g2 h, d8 s: J
Power Transmission and Distribution + A7 s9 [: Z% m/ d3 r, i
Ultra High Voltage (UHV) technologies
- ?, ^( D( \3 nHVDC and flexible AC transmission system
* _; D: c- K+ E7 V2 q- IOver-voltage, lightning protection and grounding
7 z% ]! a" A+ A$ W% z4 `$ vElectromagnetic transient in high voltage power systems 3 ]1 `7 `2 o8 {$ J* i" `5 v8 n
Insulation condition monitoring in power systems
. i) T" T& k5 B0 `5 gAdvanced distribution and SCADA technologies
& H/ Q5 H& i+ ~( @# cElectromagnetic compatibility in power systems : y0 F. q; }, g5 W/ }5 J, u6 ~
Plasma physics and the pulsed power technology t4 R: @* s) _; n d4 {
Electromagnetic analysis in power systems
5 ~* D5 n" `: S- B, |( S5 s: Z7 v6 Z* J% N& t9 l) B
Smart Grid Technologies
3 n' [( c8 }. ZModeling of Grid environments * h1 |# z7 H' j$ ]. Y" z
Agent-based mechanisms for Grid markets
+ t6 R# W( r1 B& m6 _: C) hResource allocation in Grid scenarios r$ x: Y1 P+ K$ B: x- Z
Automated negotiation for Grid resource allocation : ~8 X8 x1 c# R6 U3 K, v
Agent-based simulation of Grid environments and markets $ J) r F+ Y' r" G1 Q! n4 ]! j9 c! P
Agent-based Computational Economics for Grid ! B0 h. q. P. y9 F, t
Engineering of Grid markets and Grid architectures
9 K" R7 ?5 [* S: U, u/ nTechnical research on future application domains
X, H' }+ R: U6 b, V2 H' o
; N% r; {+ m! f% J" f% d# @ 6 q- [0 W/ P6 N/ x$ P
For more information about this conference, , e8 s' \/ X8 A' R4 L- V
please contact: appeec@scirp.org. 7 G; M u% S4 j" ~
|
|
雷达卡
发表于 2010-6-13 16:03
提升卡
沉默卡
喧嚣卡
变色卡
抢沙发
显身卡
