The 3rd Asia-Pacific Power and Energy Engineering Conference (APPEEC2011) ! L: _) x4 N$ }5 P. v第三届亚太电力与能源工程国际会议 5 L; R' y% E/ s& kSubmission Deadline: Sept. 24, 2010: V1 I5 G$ n% l http://www.appeecconf.org/2011 2 o( I* ^9 \" r' Y8 D3 WWuhan, China March 25-28, 2011 ; K7 s- u4 _3 ]1 Y==================================================================3 u. I: w# O2 s( _! B, B2 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 7 P' [: s J& Aby IEEE, all papers accepted will be indexed by Ei Compendex and ISTP. " }! G3 s5 w6 R& d5 t
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The technical areas to be covered in this conference include: 2 ?) O; Y; ` ?) PPower Generation - Conventional and Renewable 8 `, D* s9 f ?Hydropower technologies and applications * S, K- D% d o4 }' l1 O
Thermal power technologies and applications 2 p9 v* A1 l# o% W' r) A3 RSafe nuclear energy generation and utilization : h" V) i8 [/ \/ F* k9 u
Wind power generation and utilization . q4 f0 g6 l; V# T, u* G
Bio-energy technologies, process and utilization 0 { \5 w9 m7 c4 ~/ i9 I# L1 V
New technologies and design for energy efficiency ' j* e$ e2 Q. RNew technologies for minimizing CO2 generation # w. |/ ^( A6 O8 J3 _
Environmental-friendly technologies for power generation + X, H: P7 S, B, G5 z$ i) Y
Geothermal and tidal wave energy 6 g5 m/ _" |( n$ }3 S1 m& z+ j
Photovoltaic for solar power applications % ?% `5 @# B1 _ G
Waste products as fuel 6 q5 R' U- T, r
Other sustainable energy9 b3 R4 } S+ |8 h( Y8 n1 U
Power System Management $ e! T$ s) J7 ? Q7 n* aPower system management technologies ! f: W, \4 m' G; g: z
Integrated substation automation technologies - G6 t4 i$ u! _+ c0 Q! \Power system monitoring and mitigation technologies 2 \ o8 W9 l1 \- }# _
Online monitoring and fault diagnosis system ) n1 d8 p6 d: @% U) L# g+ y
Control strategies for modern power system stability 5 s0 q( R0 k5 y6 i; s5 aModeling and simulation of large power systems 5 i3 Y/ w9 h, e+ l$ K; D
Application of wide area measurement system 4 H' j6 q& g2 _
Power system analysis and optimization + t$ t Y+ w+ o' g5 W1 J* x8 {; x: DLoad modeling, estimation and forecast 4 I% C4 U* o% ~- i
Power system planning and operation9 G5 o. }4 Q% p0 c/ Q7 A
Power Transmission and Distribution : [: l4 u) g: H7 r% g; C5 s0 p, d
Ultra High Voltage (UHV) technologies . I& C- L% o! _- b' ^
HVDC and flexible AC transmission system $ P; t: R8 S0 u$ `7 O% g) ^Over-voltage, lightning protection and grounding ' U( {) D+ A$ O" nElectromagnetic transient in high voltage power systems , p! j/ j# b! `7 x( O; NInsulation condition monitoring in power systems 1 q5 }& n* ~8 K4 MAdvanced distribution and SCADA technologies 0 x4 S' [2 n ]Electromagnetic compatibility in power systems 3 S* C4 D3 s, ^; X; ] s
Plasma physics and the pulsed power technology 9 b6 |2 |3 R% I- g0 T6 T# q4 KElectromagnetic analysis in power systems 3 D9 e" p$ v2 \$ R2 h0 c $ Q) v- j7 j7 s2 s' K8 |6 d8 USmart Grid Technologies 0 F( s- W" \ X x' {2 N. {5 p7 q
Modeling of Grid environments ) ?$ h+ x4 c2 t) N6 Y( {5 gAgent-based mechanisms for Grid markets 7 |! M. M8 \2 c9 Z8 i. q
Resource allocation in Grid scenarios ! ]8 t0 q$ ? x4 v9 m2 u
Automated negotiation for Grid resource allocation 8 I; I( F# O+ M& R
Agent-based simulation of Grid environments and markets $ M4 q8 N( J0 A, x, G2 q
Agent-based Computational Economics for Grid 8 T2 N' g" ^6 a d
Engineering of Grid markets and Grid architectures 5 h7 G6 y1 c$ F& _5 {5 |+ z
Technical research on future application domains ) o3 [" h7 h& d ! E! S4 E7 J9 u2 }
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For more information about this conference, - L/ C0 b# D3 I7 n% c/ M
please contact: appeec@scirp.org.