Asia-Pacific Power and Energy Engineering Conf. (APPEEC2011) EI&ISTP Indexed ================================================================== " {, Q% P. @5 C7 [$ \The 3rd Asia-Pacific Power and Energy Engineering Conference (APPEEC2011)/ ?8 u' i" o3 o/ e0 O" M
第三届亚太电力与能源工程国际会议! z7 W1 V. t6 ]; e+ X- R
Submission Deadline: Sept. 24, 20104 f. k3 x+ T( H' W* k http://www.appeecconf.org/2011 ?! E' a6 [& M1 `0 M5 J+ ]Wuhan, China March 25-28, 2011 5 K& P9 m. s R( p3 k================================================================== ; P4 [; \" q' ~& 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 - s z4 s# F1 G) [, y# W
by IEEE, all papers accepted will be indexed by Ei Compendex and ISTP. * Q, u+ q$ g( f+ b( I( o1 G* t
- k' s- |* U% i" }$ cThe technical areas to be covered in this conference include: % a& D3 K q1 A* I1 p+ s2 PPower Generation - Conventional and Renewable " `- J+ e. I$ E9 T; v/ G( Z) ^- _2 r
Hydropower technologies and applications ( f t2 O F: P+ p( \9 YThermal power technologies and applications 0 V8 F! J3 ]9 C0 @
Safe nuclear energy generation and utilization 3 K* }6 k% U" c9 ]% ^. L9 _Wind power generation and utilization 0 e$ a# ]' y8 n$ E& iBio-energy technologies, process and utilization 1 j/ o+ _% }1 p, r/ |( `New technologies and design for energy efficiency ~1 {, n1 h2 [7 Z8 ~! \
New technologies for minimizing CO2 generation - X: Z" c4 Q3 x3 }* o: KEnvironmental-friendly technologies for power generation ' V3 }9 c- s) y! f% \2 y( Z1 FGeothermal and tidal wave energy : {1 A5 N2 Z) j# I$ O
Photovoltaic for solar power applications ' P% Y9 L3 V7 S# K+ k$ \; cWaste products as fuel a( y* M9 |, @! `% A; L& p$ J
Other sustainable energy6 o; F0 }/ P1 A
- b) ]. o7 z+ L3 u E6 hPower System Management 4 Z& w4 W1 T1 S) e4 ]Power system management technologies ; D5 D; Z T, mIntegrated substation automation technologies 8 a2 L( P' \- }( i$ n; Y4 r
Power system monitoring and mitigation technologies $ r9 L7 R: L" {2 {! O- POnline monitoring and fault diagnosis system " @9 m. H! u) p9 @" C0 N9 _
Control strategies for modern power system stability * Q+ R! _1 ^/ q- C9 NModeling and simulation of large power systems * L; ]* O- q: ?7 p# C r3 RApplication of wide area measurement system % P6 \: ~ o F9 VPower system analysis and optimization 7 R9 L% K4 G3 ^Load modeling, estimation and forecast - C0 d- p" y) T# {8 j) nPower system planning and operation # y$ A% \6 B$ F% I5 Y2 d ( H" R- g* R" n7 g: @" |7 jPower Transmission and Distribution 9 J8 C0 N! H0 q, {' y# P
Ultra High Voltage (UHV) technologies 3 M3 F( I' z' u/ L* T" v, r
HVDC and flexible AC transmission system ' }4 m0 R0 S! ?2 Q& q. k
Over-voltage, lightning protection and grounding : J. o' H& t6 f, J' c ] pElectromagnetic transient in high voltage power systems ! ?- H6 ]9 u/ X! xInsulation condition monitoring in power systems " j, H& o; B8 }* ~; r' j! M
Advanced distribution and SCADA technologies 1 H5 k: [: A ?) s
Electromagnetic compatibility in power systems ( A8 G/ U2 t% m, ?& z/ R! FPlasma physics and the pulsed power technology : X1 R. g$ g# [5 ~4 ^3 D& A
Electromagnetic analysis in power systems ! L0 r& {- T5 N7 }7 u) U/ l) f" U, \8 {
; K% L/ G' Q `2 W: a
Smart Grid Technologies # g' w8 }" ~; w3 z$ \' p' M/ hModeling of Grid environments + _5 S1 a( G8 n4 p
Agent-based mechanisms for Grid markets ) g& C# E A8 h2 v; c4 T SResource allocation in Grid scenarios + _7 m4 _" ^% X8 l
Automated negotiation for Grid resource allocation . N" K* m! N+ {$ l1 ?
Agent-based simulation of Grid environments and markets 8 h$ J( Z r. T8 k4 {3 r! B1 MAgent-based Computational Economics for Grid & O# ^* e0 r! F. K$ f$ R( P; QEngineering of Grid markets and Grid architectures : f+ \& @; t8 _$ M9 S2 m/ f d5 k9 c BTechnical research on future application domains) R" c9 T" M6 d6 } D! R+ ]& t
! k9 f" I: X# {/ X& {6 j# {
0 n. f' k: y. J: h$ T : Y) d* k5 }9 xFor more information about this conference, ( f1 A( y, ^6 X% k& p9 Oplease contact: appeec@scirp.org.