The 3rd Asia-Pacific Power and Energy Engineering Conference (APPEEC2011) & a x9 [# q9 V" j第三届亚太电力与能源工程国际会议 5 L+ n7 Z$ \4 l; w6 m, I3 R% OSubmission Deadline: Sept. 24, 2010 ' e" j8 @% J; Y$ ^& v1 lhttp://www.appeecconf.org/2011 " V& F/ z9 N2 k! XWuhan, China March 25-28, 2011 `& d6 a$ c9 k5 V, i! B. U$ ?. t================================================================== + f" G5 j J: {3 o2 n, bThe 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 ! n; i+ N5 P/ p4 E9 P
by IEEE, all papers accepted will be indexed by Ei Compendex and ISTP. . k; _4 p( x( s1 q. y ' X, C6 ?0 X3 ]% B) S1 |! q0 E& W
The technical areas to be covered in this conference include: , E, v8 I" t k, C
Power Generation - Conventional and Renewable & G7 _; `* \2 L7 Q# O5 T: w% r+ v* h! z! vHydropower technologies and applications ; u3 m2 u1 |: h; O |Thermal power technologies and applications , X& k; ^# c u# I& @Safe nuclear energy generation and utilization / B1 ] @8 y P7 |Wind power generation and utilization ) r. _4 G. H, ]7 e x
Bio-energy technologies, process and utilization ' x1 F: e% G5 O# a' ?( |) SNew technologies and design for energy efficiency " i8 p0 f* {6 j0 v/ N6 j4 _, ?1 V, tNew technologies for minimizing CO2 generation . V# i0 d3 L. t3 Z8 WEnvironmental-friendly technologies for power generation & B' [/ h2 E: Z9 }% N6 t- k
Geothermal and tidal wave energy 4 h7 d( R7 W! I% @' Z, ?
Photovoltaic for solar power applications 3 _" E9 G/ R! e# q7 ~! e9 d
Waste products as fuel 8 s; A% s2 H7 i( I) V6 ^" ~' }Other sustainable energy$ N' k9 b$ z' M9 G$ L) E$ g
Power System Management # E7 s" x. V9 d* GPower system management technologies ' y! b* h k5 ^& ]8 ~Integrated substation automation technologies / H, M6 ^ D; c: k) u" G. ~Power system monitoring and mitigation technologies % ~4 i" ]* i" |7 G5 l4 o: Y
Online monitoring and fault diagnosis system 2 d5 J" A: J/ `: b6 RControl strategies for modern power system stability 8 e' Q K$ z8 X( AModeling and simulation of large power systems 8 U1 M% \/ [5 V, \+ F" L
Application of wide area measurement system & j( y& X' a2 c! L; rPower system analysis and optimization 1 G E$ g( a5 k+ D8 X# \) MLoad modeling, estimation and forecast + {. t, ` R- I/ ?7 DPower system planning and operation 2 H1 J0 M1 t' n' r5 IPower Transmission and Distribution ; N) e# a1 f- B* Y: h8 G0 ], pUltra High Voltage (UHV) technologies - \" A6 V3 u f# z
HVDC and flexible AC transmission system % z& X$ h1 E# @& P6 d) ?( aOver-voltage, lightning protection and grounding " _- z; ?. w) v$ DElectromagnetic transient in high voltage power systems ! R9 ~- [* S0 x+ T
Insulation condition monitoring in power systems 0 T& ?) a8 G( Z, o# e3 S1 ? ]6 J5 [. P, V
Advanced distribution and SCADA technologies ' s/ l$ p+ H; g8 d+ x4 sElectromagnetic compatibility in power systems $ {! ?3 u$ ~: B6 E4 u9 }+ e$ C
Plasma physics and the pulsed power technology 1 P3 W3 U! W$ k' j) ]0 c
Electromagnetic analysis in power systems9 e3 b$ R5 J+ \" e7 G
0 o8 Z( w* T) M F( O" N: iSmart Grid Technologies . Z+ d$ X& U7 J6 P8 tModeling of Grid environments + r v0 \: T( ^, p6 I
Agent-based mechanisms for Grid markets ' Z+ d; p9 B' v! e+ G+ sResource allocation in Grid scenarios ' \1 Q' Q5 ~* {Automated negotiation for Grid resource allocation 6 Q2 A/ x; ~# a
Agent-based simulation of Grid environments and markets 0 s7 }$ O1 b* o" P4 eAgent-based Computational Economics for Grid . f9 V0 M2 _: d9 B H9 c# Y* EEngineering of Grid markets and Grid architectures , f: ~7 \: M6 w- m2 z
Technical research on future application domains 0 X% ?) \$ s* N. K6 C( n : }, K" i* z2 ^& U- b ; \! R# I0 ` @
For more information about this conference, - J( |' y, x; Z w; v7 Z
please contact: appeec@scirp.org.