The 3rd Asia-Pacific Power and Energy Engineering Conference (APPEEC2011)% l" t7 M2 _3 L& |% S, r$ E- O
第三届亚太电力与能源工程国际会议 / i* \! \. l8 W; v3 v. ?! K9 sSubmission Deadline: Sept. 24, 2010, t8 U" c' m8 G+ u http://www.appeecconf.org/2011 & z4 W7 u N1 i- {Wuhan, China March 25-28, 2011 & R) z! O2 b) D6 k================================================================== + F4 a& Q2 S- k1 OThe 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 ) |1 x' h1 H4 q( O! c* n& S
by IEEE, all papers accepted will be indexed by Ei Compendex and ISTP. % K& ]2 q, u0 Z$ r0 p 3 |- G( s+ G( Q5 J
The technical areas to be covered in this conference include: ( A# Y+ ?4 E$ _0 K
Power Generation - Conventional and Renewable ( t2 e3 u; {% J9 G, ^Hydropower technologies and applications ! \; X3 _( Z$ m- R+ t- [" N" T0 m1 u
Thermal power technologies and applications " S" T4 d1 ^9 C# A/ KSafe nuclear energy generation and utilization ; _1 {( W: ]% w0 F+ XWind power generation and utilization % B9 P6 F- g: H1 V7 V1 `Bio-energy technologies, process and utilization . z* C: f4 M2 _8 @
New technologies and design for energy efficiency 6 M z$ I2 _/ x
New technologies for minimizing CO2 generation , v3 `. b* k9 x( p& P: b- A% v
Environmental-friendly technologies for power generation , u) U8 H( S0 U. j4 V0 p
Geothermal and tidal wave energy 1 U7 N4 r7 D; |Photovoltaic for solar power applications ) l2 Z# M- |8 E: PWaste products as fuel 4 ]# f+ U: }2 B! I' R
Other sustainable energy + [7 E# P2 T/ N8 I7 r% Q3 U( z6 j) {" jPower System Management , n7 {5 `/ {5 p/ I9 c; W
Power system management technologies 0 d& d. c% g/ P/ m( W+ sIntegrated substation automation technologies * y' E) B3 _% ^( jPower system monitoring and mitigation technologies O8 |2 s3 O" p& ]* R
Online monitoring and fault diagnosis system $ z/ @& \& M* O5 C8 D- e* V' l% c( CControl strategies for modern power system stability & l$ l/ X" d- r+ T/ S, T- d: z+ |! cModeling and simulation of large power systems * r) [0 j& g* H* ^; ^
Application of wide area measurement system : Y( H) H, x+ ^1 U
Power system analysis and optimization 3 w6 D- p8 b h) _Load modeling, estimation and forecast 9 e- ~' o% }$ p$ J8 H2 oPower system planning and operation+ A/ [0 p9 a6 z6 \
Power Transmission and Distribution : G; R$ W/ K4 \! S: g: ~; c
Ultra High Voltage (UHV) technologies + o/ I+ _' ^, }: p- Q/ l0 gHVDC and flexible AC transmission system & K( s# d2 ]) [" Y
Over-voltage, lightning protection and grounding & O+ F( N$ v* {
Electromagnetic transient in high voltage power systems t3 O/ p4 _$ r( _$ m$ ?7 N
Insulation condition monitoring in power systems / z# @& J& J0 ~2 P- W
Advanced distribution and SCADA technologies # R/ N& f. m& Y* ]8 G7 [2 U. Q$ q
Electromagnetic compatibility in power systems 8 d# d, {- Z, p. ePlasma physics and the pulsed power technology % a- r9 t6 G6 G3 A% ^& Y4 `
Electromagnetic analysis in power systems 1 B. ]7 p0 e m6 y+ C( v1 Y 8 E4 i, O& L, _. W" h4 ~Smart Grid Technologies : @6 E* Q0 E2 }$ d
Modeling of Grid environments 5 Y) |; X) V; C# w4 @
Agent-based mechanisms for Grid markets ! z# ?4 A( \. n" _# j" u1 yResource allocation in Grid scenarios & E1 q% L- p6 E0 F9 M1 ~
Automated negotiation for Grid resource allocation ) n* d& h0 R6 q! @+ U3 K0 e2 kAgent-based simulation of Grid environments and markets # s) p, a2 d; Z2 }+ \
Agent-based Computational Economics for Grid / c0 r) i6 O- @) g9 I/ lEngineering of Grid markets and Grid architectures 8 g5 n3 p9 k+ O/ tTechnical research on future application domains $ X9 k4 q8 y+ f: |, @ 3 V$ v }& z& ?/ ^8 r0 s
5 I1 Z# J k! R, Q7 a8 |1 c2 A! u& V. E; {For more information about this conference, + j* l* b# x6 k5 _/ fplease contact: appeec@scirp.org.