The 3rd Asia-Pacific Power and Energy Engineering Conference (APPEEC2011) 0 O: W) D' u! q第三届亚太电力与能源工程国际会议 % z! q* X$ @9 v6 w% z5 OSubmission Deadline: Sept. 24, 2010 + n0 m* V1 N' S5 c3 C! Z, v: Thttp://www.appeecconf.org/2011 ( o {& F' I! w8 m6 q
Wuhan, China March 25-28, 2011 * D/ y! Z' F1 @& m3 Q================================================================== ' D U) C+ z& [1 K. A$ b% SThe 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 ) ~' m8 B" L* U1 v% X
by IEEE, all papers accepted will be indexed by Ei Compendex and ISTP. * X% E1 L' X1 f7 x/ D1 \1 X9 t
; m1 i2 C) `# m/ W# ]The technical areas to be covered in this conference include: ) p% t8 \8 x& x& G
Power Generation - Conventional and Renewable 1 U# Y* o/ |( t, g. D; N0 W8 qHydropower technologies and applications . ]/ p8 L" j3 B0 P
Thermal power technologies and applications - d: [2 O, Z1 I+ |
Safe nuclear energy generation and utilization ; D/ O& T2 n8 W' X) Z' e
Wind power generation and utilization * d% [8 a i9 d3 I6 [ @( [$ t$ j. w; I8 s
Bio-energy technologies, process and utilization & a' C O! J( X" W% o: m
New technologies and design for energy efficiency 6 a' F; l q8 [/ ~3 m- b0 |
New technologies for minimizing CO2 generation & m0 `$ e! u8 @! CEnvironmental-friendly technologies for power generation % l: e5 F7 s3 x! W
Geothermal and tidal wave energy 5 V3 [- l8 W( K4 e
Photovoltaic for solar power applications 8 R# |, s5 A" j7 `" r4 F/ x
Waste products as fuel : Q7 I3 M Y2 `% t- i& Q
Other sustainable energy 8 }, X0 S$ h& |+ Y2 WPower System Management ' h& y" P% U$ j& A |8 g; r: k/ a6 q
Power system management technologies . r( c: @, ?9 [5 |3 [( O
Integrated substation automation technologies & f8 r9 S- y5 k, L3 DPower system monitoring and mitigation technologies ; N' `% O; ?$ m
Online monitoring and fault diagnosis system ' X2 i/ i! [: X
Control strategies for modern power system stability 3 J) m6 q$ k6 U% F) r: n/ r
Modeling and simulation of large power systems + a. x0 K; K s0 `+ ]Application of wide area measurement system ; ]& t) X; D) ]0 P5 |+ D) T4 g' XPower system analysis and optimization ' Z" w5 W' E5 i' E1 VLoad modeling, estimation and forecast ' z8 m: R. P+ f1 O: X5 `Power system planning and operation2 q: r# c7 e. j! p6 P* G
Power Transmission and Distribution 3 r. s! ]0 Z9 n% W* I" X# S% W. i# oUltra High Voltage (UHV) technologies ! ~8 Y6 c# F- F* g: s4 g5 g' U% NHVDC and flexible AC transmission system 1 Y: V9 }( [3 g4 G5 i/ z- A. W$ AOver-voltage, lightning protection and grounding 2 u& I; {5 @" tElectromagnetic transient in high voltage power systems $ L# z& w5 x) \5 E' x% `) n
Insulation condition monitoring in power systems + N# I% w9 k9 u! z0 ~6 HAdvanced distribution and SCADA technologies / S7 W! f6 o6 N# B
Electromagnetic compatibility in power systems 6 c4 o" m, `/ `; z, o$ \* u% u* {4 S
Plasma physics and the pulsed power technology g$ O: ]' i2 V; {% I/ p- g; i8 NElectromagnetic analysis in power systems. u1 Z! E0 S/ R, N2 t" o2 W
7 J, h& f2 n9 m, K( g
Smart Grid Technologies 2 [$ ^$ a! j5 {% Q* L, [Modeling of Grid environments + f$ u C/ W# t8 D A- z; k( H
Agent-based mechanisms for Grid markets 0 T+ ~2 V9 a5 B
Resource allocation in Grid scenarios 0 L$ t" X6 ]% J6 H
Automated negotiation for Grid resource allocation . ~5 W; `9 L1 D" u# u
Agent-based simulation of Grid environments and markets 9 q! b, t$ i" v U! X# T3 f
Agent-based Computational Economics for Grid 0 c7 ^8 q' f( f5 d" s1 O! [
Engineering of Grid markets and Grid architectures ! j+ s% L9 R, k/ o' r4 {7 Y7 u
Technical research on future application domains8 [& i0 U/ G3 n9 C- v M) u
; G; `, n5 n0 D: `
# j& E1 u* ]9 c% b. fFor more information about this conference, ! r2 ]; F0 ~4 s8 [( bplease contact: appeec@scirp.org.