The 3rd Asia-Pacific Power and Energy Engineering Conference (APPEEC2011)& R, ?" L2 Z3 n& g
第三届亚太电力与能源工程国际会议: q$ n% \5 l' L
Submission Deadline: Sept. 24, 2010 0 @1 S6 c0 H9 y" a# nhttp://www.appeecconf.org/2011 ' N }. z4 j( l" F! B# Z5 TWuhan, China March 25-28, 2011 % G. e" K: k; e, l==================================================================. f; `6 m3 T+ A: _( B, i9 R3 }9 W
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 2 ]* b. o# M" W M2 a- n
by IEEE, all papers accepted will be indexed by Ei Compendex and ISTP. 1 A) S9 O' X* X0 l" N- d; e % \$ p! Y% m% g. o" n JThe technical areas to be covered in this conference include: ! d/ r( o+ i+ G" T) N2 t! @. K& FPower Generation - Conventional and Renewable " U( q( o. z1 n# N) ]% A
Hydropower technologies and applications ! U f2 W3 b# U# H( B' wThermal power technologies and applications * i; y+ [" w4 \6 P# Z! lSafe nuclear energy generation and utilization 3 N0 p* b l. G; W% t' A; G b; [
Wind power generation and utilization 5 J2 f1 t+ K4 W1 C/ X8 b* l( bBio-energy technologies, process and utilization 3 g: W7 d4 l8 pNew technologies and design for energy efficiency % l4 b+ k0 K! {, B1 G' i
New technologies for minimizing CO2 generation 1 _* S1 N, ~) J# }8 y
Environmental-friendly technologies for power generation # c/ P) f/ e+ O! w! ^
Geothermal and tidal wave energy ! B# c% ^) L" [$ cPhotovoltaic for solar power applications 2 T( g# R2 ]' ~2 o4 L
Waste products as fuel * j$ n: F' Y8 COther sustainable energy+ o W9 Q" _& V* M& t6 c
Power System Management 3 t9 c* B) D; W" T- s o
Power system management technologies 4 b" @2 h/ o! t( X! t0 m% s; YIntegrated substation automation technologies 1 a& \1 V" h \
Power system monitoring and mitigation technologies 1 P% f. v2 J: o% I, f
Online monitoring and fault diagnosis system 9 _5 K- r$ O+ W
Control strategies for modern power system stability * _5 t4 b9 E/ {' c( U7 x0 v# j
Modeling and simulation of large power systems $ L" \1 C2 Y( u2 H! |Application of wide area measurement system 7 o9 C: I% ]! |/ Z' ^/ Q
Power system analysis and optimization : s7 w1 C3 Z Y( XLoad modeling, estimation and forecast , d5 H3 F) B- P- L1 ~
Power system planning and operation . G$ b; ~: c: H# o0 [0 l$ I& JPower Transmission and Distribution 9 B- s8 `: O6 r
Ultra High Voltage (UHV) technologies # b$ ^5 g. w, y5 ~: M8 K
HVDC and flexible AC transmission system q; @; h d7 rOver-voltage, lightning protection and grounding G6 P! G9 X8 U. MElectromagnetic transient in high voltage power systems % R0 _7 G4 Y @0 f- \5 H$ }- N
Insulation condition monitoring in power systems I- I8 R- P v2 k! H# g
Advanced distribution and SCADA technologies 2 X, G! o. I/ a3 v
Electromagnetic compatibility in power systems ( R: i, n; G# @# E- U. J0 P9 r
Plasma physics and the pulsed power technology + K+ d* q* a: o( j- R9 H4 @Electromagnetic analysis in power systems ' C: D4 y5 Z1 U6 I& Y / \: } M1 U. n) C lSmart Grid Technologies 4 D- t- [ x$ s; T
Modeling of Grid environments * T0 j0 {) c. G2 y
Agent-based mechanisms for Grid markets 9 | N' n& }+ T: }" s) m& q4 z6 r
Resource allocation in Grid scenarios ; n* X5 ^. j* ^+ { O- u2 JAutomated negotiation for Grid resource allocation * M) r) z. ]7 V) W
Agent-based simulation of Grid environments and markets ; r' E$ _9 Z0 S3 V& n) ? N- V2 _* q4 k
Agent-based Computational Economics for Grid . T) k/ b4 q: M* Q3 P* R% tEngineering of Grid markets and Grid architectures 0 C( t& ^" M- \3 T# X. H5 k/ f$ ?
Technical research on future application domains & |2 H7 Z# x: Q& W# d. | n2 k3 v - I( ]. w L( v7 ^1 i& p . u1 _) w: N v9 F) j7 Z
For more information about this conference, * d! }* \+ |+ _' r! N0 N) r
please contact: appeec@scirp.org.
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