The 3rd Asia-Pacific Power and Energy Engineering Conference (APPEEC2011)- y: x7 Q4 s7 v0 O
第三届亚太电力与能源工程国际会议7 O! N! N: [5 i$ |
Submission Deadline: Sept. 24, 2010 3 _4 H: r/ ~$ Ehttp://www.appeecconf.org/2011 ! R2 X! m5 Z6 v9 i
Wuhan, China March 25-28, 2011 + ^! Z: A& B# q% [4 y$ i* z& w================================================================== 3 X2 h2 r3 E# G7 a: ?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 . j9 T1 P2 E- s9 B3 p& d8 }by IEEE, all papers accepted will be indexed by Ei Compendex and ISTP. 7 z4 x' s" p5 c5 i, l, i . {! k$ A. }; P# |) bThe technical areas to be covered in this conference include: ' H0 q" h* T5 G' ~
Power Generation - Conventional and Renewable 1 Q, |7 s h0 v& _4 O3 P8 ~
Hydropower technologies and applications ) G2 Z& T# A3 ?! P4 X
Thermal power technologies and applications 4 O$ f- p2 p$ o8 W' ^; QSafe nuclear energy generation and utilization % `$ I9 T0 \" c! nWind power generation and utilization 4 k& P+ s3 r3 o) b2 }/ VBio-energy technologies, process and utilization 9 ~0 t, Y) [8 t6 R& D2 T. H
New technologies and design for energy efficiency * R( f7 Z) t( V; O/ |, ]* i7 jNew technologies for minimizing CO2 generation 5 j E* @& x: Q# ~Environmental-friendly technologies for power generation 5 q: P, x3 M2 C, ]* |: I& fGeothermal and tidal wave energy # W1 V2 ~+ C; m# p; L' Z; DPhotovoltaic for solar power applications ) q! B" b. e* {& uWaste products as fuel 0 B, v6 {. Q2 Y& x6 i7 t2 p* z3 tOther sustainable energy( o$ G1 L( a0 u+ i& u6 Q) T
Power System Management + M8 K4 A2 _1 K/ T' X' y; _$ g6 F0 KPower system management technologies + D1 x! H Y- T$ P4 J, o8 r* v+ j/ LIntegrated substation automation technologies 4 p% T2 X' Z8 GPower system monitoring and mitigation technologies M* v% l, j6 F; i: b
Online monitoring and fault diagnosis system 0 e" Z1 @. z U* J8 iControl strategies for modern power system stability . l1 e7 J5 i2 m- f8 YModeling and simulation of large power systems $ x! @2 E5 Y8 U8 ~' _& Z; J
Application of wide area measurement system : t! O8 F$ f$ }3 r- K7 wPower system analysis and optimization / V% }6 U: N; \& A
Load modeling, estimation and forecast & j6 O* k# R! m: K. o5 b) F4 B2 ^( F
Power system planning and operation+ l3 ]/ n6 C2 Z3 y* z4 t+ _
Power Transmission and Distribution & H8 \$ ?6 q. Q- T
Ultra High Voltage (UHV) technologies & t5 X. \6 v( n# K4 |HVDC and flexible AC transmission system 9 f C, D! c6 L3 e! H4 _5 M8 zOver-voltage, lightning protection and grounding 5 l Z l# y1 i9 W# [4 C
Electromagnetic transient in high voltage power systems 6 c7 D4 t X* u5 gInsulation condition monitoring in power systems 5 \" L7 I, D& }% I# n6 P
Advanced distribution and SCADA technologies % X+ s b( O3 u
Electromagnetic compatibility in power systems 3 K, q( o! | ^% M% J5 L
Plasma physics and the pulsed power technology 4 k2 V/ L# b3 Y4 v, g, [
Electromagnetic analysis in power systems5 d7 k! G- q, E1 |- s" B9 G
+ m* O; I) w. gSmart Grid Technologies 6 g% v2 ]- b% n: z1 F; P3 A$ ~Modeling of Grid environments / j$ }4 E P- l( f& L2 A
Agent-based mechanisms for Grid markets " X2 M! R; \2 A4 m
Resource allocation in Grid scenarios ' O# K" x% g1 n
Automated negotiation for Grid resource allocation % R, e; R" l2 D- A6 TAgent-based simulation of Grid environments and markets 5 x/ i% C) T' k! m9 w9 T* ?% [Agent-based Computational Economics for Grid 3 [! {7 F! q( E1 l" g
Engineering of Grid markets and Grid architectures & U- z J% y# @, j4 T: G8 A) gTechnical research on future application domains& t1 [7 |. b! L) b) a
9 A, n; a$ r0 m1 c3 @! U" c- \ 5 n. p6 W# p5 _2 ZFor more information about this conference, 3 C4 N7 Y) _1 j' ^' I" dplease contact: appeec@scirp.org.
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