The 3rd Asia-Pacific Power and Energy Engineering Conference (APPEEC2011)6 N' i7 B/ B7 T6 i8 Q$ A1 k
第三届亚太电力与能源工程国际会议) I) W* ?& L9 d4 k3 ^
Submission Deadline: Sept. 24, 20103 h$ k3 M7 V; s# @/ k http://www.appeecconf.org/2011 ) M- n, Z; R$ cWuhan, China March 25-28, 2011 4 X; G0 K$ x( @ H8 H9 A==================================================================& W8 `9 I& u8 ^: O2 f- ]
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 & S0 E+ f* D- H* W
by IEEE, all papers accepted will be indexed by Ei Compendex and ISTP. 5 \) _/ Y: T+ A' ?7 G G! z
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The technical areas to be covered in this conference include: 3 U0 F* z+ H# v4 h; t1 J# X
Power Generation - Conventional and Renewable + J. Q5 D5 {) i1 N% @8 Q1 \/ X
Hydropower technologies and applications ; u. `$ K. c, n9 D
Thermal power technologies and applications / P. }+ ~$ ]& h. ^
Safe nuclear energy generation and utilization 3 g7 C) Z9 [4 I: R; ^+ ]! {3 xWind power generation and utilization 5 ]% a& e8 s0 ~; N0 s% T1 i
Bio-energy technologies, process and utilization 4 F# I* {6 a! X6 o& z7 x! d) U0 s
New technologies and design for energy efficiency 3 a6 w' ]3 e- D
New technologies for minimizing CO2 generation # G; i- F$ V' t
Environmental-friendly technologies for power generation . V& K+ C5 }2 R! F$ M! N ]* MGeothermal and tidal wave energy 4 G* Q6 e* {% d* K T
Photovoltaic for solar power applications $ ^6 \ R# g C5 k' d/ p: GWaste products as fuel 8 q( n. ]5 s6 i/ b: B
Other sustainable energy; m, E+ M6 d; Z3 f
Power System Management * j* _ M2 Q( e7 B% @' [Power system management technologies 8 s8 H) s4 Q7 }1 S5 q! JIntegrated substation automation technologies - s ^$ y! T! v) X! ]Power system monitoring and mitigation technologies * [2 f, Y5 Z5 R% A$ R) \
Online monitoring and fault diagnosis system ' @% u2 U9 t; L; _
Control strategies for modern power system stability & x# H" o- ?5 B& l. g
Modeling and simulation of large power systems . ?) ~, |3 q0 Y0 m3 U9 _
Application of wide area measurement system 1 {+ ]% x" G4 Z3 i& ZPower system analysis and optimization $ s- ? j0 k0 j' U8 A# m# GLoad modeling, estimation and forecast ) K$ i* `7 ]( M+ C" Q# j) y4 T
Power system planning and operation$ X! T5 y- ?: X" R2 M
Power Transmission and Distribution & s" T) a/ W1 ^, d9 F
Ultra High Voltage (UHV) technologies o7 U$ i, \$ R* O; F/ r
HVDC and flexible AC transmission system , g: w( ~9 K* u7 _; q1 t: J
Over-voltage, lightning protection and grounding 1 h0 F- Z, [" [8 w$ h, t& A7 X
Electromagnetic transient in high voltage power systems - h( A9 _) c: ]
Insulation condition monitoring in power systems 7 H# y9 N, d/ K0 z8 r5 f
Advanced distribution and SCADA technologies ' V" X9 x. q# y( N( u% D* t9 f- S
Electromagnetic compatibility in power systems ! m' `1 z8 t7 X. C2 ~& P% i7 \$ Z
Plasma physics and the pulsed power technology 7 _1 z4 D5 w) ?) r: P; M% Z! l
Electromagnetic analysis in power systems % j! w* v: ]/ A+ |( g- ~1 e# v! e# N) K, s0 J5 S6 T/ y: N8 F
Smart Grid Technologies ! L1 X/ i, ^# V) q0 c- s: eModeling of Grid environments & T$ o+ S2 O- P- q9 Q9 mAgent-based mechanisms for Grid markets 1 Z3 o y' s# Z9 ^8 IResource allocation in Grid scenarios 8 ~3 H! J8 {. \7 o/ k, A- uAutomated negotiation for Grid resource allocation - h: Q3 D0 o5 Y6 N% k
Agent-based simulation of Grid environments and markets 3 U3 [/ X+ ^7 t5 ~2 w5 kAgent-based Computational Economics for Grid # |9 u. ]/ q" s' J S4 j @
Engineering of Grid markets and Grid architectures % C5 J; D. u+ d# w6 d5 ~9 vTechnical research on future application domains 1 _# u Y$ z& |4 K* V# d1 }, V& M 2 t# m5 g5 ]3 x8 i* L- L " Q- U: w7 z/ \9 j% ~1 {: k
For more information about this conference, 4 E" p, B l) L4 g4 D
please contact: appeec@scirp.org.
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