The 3rd Asia-Pacific Power and Energy Engineering Conference (APPEEC2011)$ [5 v- h! {0 A8 h9 O9 `% @
第三届亚太电力与能源工程国际会议 9 |' k( O5 A+ ]) E9 y7 _ o1 OSubmission Deadline: Sept. 24, 2010# Z9 e; n5 L" V http://www.appeecconf.org/2011 ( h' u4 w" n" X8 {! y: H3 h TWuhan, China March 25-28, 2011: s% c4 F8 i Q$ f& Y ~! e
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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 8 r, P: W# K7 b, Oby IEEE, all papers accepted will be indexed by Ei Compendex and ISTP. & {6 G* B- o! X5 V
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The technical areas to be covered in this conference include: , T) v# \' P* F& z, ^# N/ zPower Generation - Conventional and Renewable . r J( T# e, p% LHydropower technologies and applications 7 _7 U3 V7 y' @, L# Y/ E+ I+ P6 gThermal power technologies and applications " i8 ?% @7 C F2 d+ gSafe nuclear energy generation and utilization ( b$ @1 o" V' CWind power generation and utilization 7 e( i5 O& d* c% m7 J; m) sBio-energy technologies, process and utilization " X4 v- @* g, w# \New technologies and design for energy efficiency ' n9 s( \- R `: [8 P
New technologies for minimizing CO2 generation ) ?4 q+ C) T' |5 {0 O
Environmental-friendly technologies for power generation 7 S9 g: p5 p$ }6 d x8 z# l, U- X
Geothermal and tidal wave energy " l/ K: ~/ y" x3 e' ~7 {! G; a
Photovoltaic for solar power applications 3 p( L* w; M$ V
Waste products as fuel 6 _9 C( c2 z# X+ f( k5 z: X3 yOther sustainable energy 2 @8 d/ y& x2 b" cPower System Management ; x5 l3 M( Q, Y' VPower system management technologies & W% a# P, S% t0 x+ [* k
Integrated substation automation technologies ' w e" n" \! ]& M/ ]9 nPower system monitoring and mitigation technologies : T; M$ Z/ Y0 O a, {
Online monitoring and fault diagnosis system / S3 a' P/ b! t' F% @Control strategies for modern power system stability 7 L* B6 G% \( ~% J `' a2 oModeling and simulation of large power systems / C5 C" c& z! a+ }& Y
Application of wide area measurement system 3 |: J% J4 i, s+ PPower system analysis and optimization 8 ?* e* m: ^ C: c, N7 pLoad modeling, estimation and forecast $ p" u. ^( s9 ^Power system planning and operation, q, m8 o: O6 K
Power Transmission and Distribution ) @2 A" \: ^/ q5 ?; U; u% \' `3 ~
Ultra High Voltage (UHV) technologies ! ?+ H4 v% D1 D2 k4 A% P, ]
HVDC and flexible AC transmission system % L+ z, I& i* B3 M: u" d- P8 `Over-voltage, lightning protection and grounding 2 k5 n- I. W7 h7 L& \Electromagnetic transient in high voltage power systems N0 M. R. S; j" I/ f8 O
Insulation condition monitoring in power systems ; h$ p9 ?" F0 h+ D2 o$ m7 F* wAdvanced distribution and SCADA technologies 5 ?# Q4 R6 Z& [) _Electromagnetic compatibility in power systems V$ L9 z1 ^- i, k1 `7 p8 D) H+ Y! V
Plasma physics and the pulsed power technology * U# G: Q) w! T+ P& c8 kElectromagnetic analysis in power systems( @( j1 P, k0 ?, W/ v
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Smart Grid Technologies 6 P$ |1 J: q N; h" G6 FModeling of Grid environments * Z, J, p g5 Z7 J
Agent-based mechanisms for Grid markets , a3 p. F1 e: y+ S5 d1 G
Resource allocation in Grid scenarios 8 ?; x- u# l& P+ ZAutomated negotiation for Grid resource allocation ) R$ e- L' n& m6 R2 e" ?5 _( G; XAgent-based simulation of Grid environments and markets * S. X$ _( @: |6 e) [# m" PAgent-based Computational Economics for Grid : ~+ i6 n2 y( {9 p. hEngineering of Grid markets and Grid architectures 4 n* j, L5 b5 H- ]+ nTechnical research on future application domains+ t# S7 O1 }/ R4 O6 v
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# r- f* Y7 e4 R! I( s' DFor more information about this conference, 9 z2 v$ J! T& a) Y9 F8 d0 s! q- wplease contact: appeec@scirp.org.