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Asia-Pacific Power and Energy Engineering Conf. (APPEEC2011) EI&ISTP Indexed ==================================================================
& Q" o3 I! k4 \; R" LThe 3rd Asia-Pacific Power and Energy Engineering Conference (APPEEC2011)) [; S" Y! J7 U! g
第三届亚太电力与能源工程国际会议& a- d2 ?! I, x7 `5 a' z
Submission Deadline: Sept. 24, 20108 [: F j* Z4 ~' S `0 k
http://www.appeecconf.org/2011 4 ]3 u8 {' C! k; j
Wuhan, China March 25-28, 2011. h! Q1 K) t7 p$ Y J
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# O4 X& p7 k, U+ h" f0 Y v4 zThe 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
3 B/ ]$ I7 H9 Z# u; ~, W2 p! A/ u0 Aby IEEE, all papers accepted will be indexed by Ei Compendex and ISTP.
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The technical areas to be covered in this conference include: " }% u- { P) L, M# A6 D
Power Generation - Conventional and Renewable # d0 ?2 K$ |- m$ n" N" z
Hydropower technologies and applications " z7 T# p+ [7 h- ?: u8 O
Thermal power technologies and applications 6 l9 m' h) Q: ]' w
Safe nuclear energy generation and utilization
; {0 T* I/ G3 N+ F- M5 WWind power generation and utilization , J0 W4 Z! b O0 s
Bio-energy technologies, process and utilization 7 [3 ?; K' Z4 `! t
New technologies and design for energy efficiency 8 W7 d @+ w- l( i7 C
New technologies for minimizing CO2 generation - H- I& ]. c& D& G" e* A _
Environmental-friendly technologies for power generation
$ p& s5 z& b2 {; @5 s( hGeothermal and tidal wave energy + k; x1 ~6 X( _6 s
Photovoltaic for solar power applications
0 J/ I& l/ W' C/ G- C7 n! |Waste products as fuel
( G2 Q" h; x0 v: r6 f3 b9 Y1 m3 C& ]Other sustainable energy: A: E* j3 Z( e9 n L! h O; U
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Power System Management 3 _/ l9 h3 g5 @! n. R, C6 u
Power system management technologies
% p3 f; o% ^0 q( aIntegrated substation automation technologies
' y! p' j/ m8 j5 U* IPower system monitoring and mitigation technologies * X0 j7 p% @8 ?" X8 M
Online monitoring and fault diagnosis system
" s3 U3 }( Z7 m" J; V8 D8 nControl strategies for modern power system stability
5 l* z, r) D2 H0 I. xModeling and simulation of large power systems
8 V9 {# |' T! G7 k6 f* G3 UApplication of wide area measurement system
# W# ^# R' {0 M9 g& L/ Z4 L6 FPower system analysis and optimization 3 w' D3 m! e M
Load modeling, estimation and forecast
/ K+ S7 Z9 I6 H: MPower system planning and operation
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/ ], L2 z9 b' a- oPower Transmission and Distribution ; \7 I, D/ e$ U, Y& r
Ultra High Voltage (UHV) technologies 6 r7 J6 ` x1 i4 i
HVDC and flexible AC transmission system
; X2 H5 ~5 q+ \1 V/ u3 z0 AOver-voltage, lightning protection and grounding
# Z9 e# ~* C9 F' C9 OElectromagnetic transient in high voltage power systems , o' s9 ^5 z. a& a0 ~ C0 _
Insulation condition monitoring in power systems
: A, ~% L5 d# zAdvanced distribution and SCADA technologies
: k7 X: [) n+ _$ a% e6 R1 B' i# UElectromagnetic compatibility in power systems
" ~7 R" G2 N v% B0 _Plasma physics and the pulsed power technology
$ i; K$ h1 C6 m# {# `# F$ L4 @Electromagnetic analysis in power systems* D* z' i- K' z( Z1 ~+ t: r
) t, q |% J/ c
/ U: v% R6 r6 a7 r( CSmart Grid Technologies
* w% M2 M: K5 Q8 q* ]. k2 D+ nModeling of Grid environments
) l) v$ c, `! c5 A# uAgent-based mechanisms for Grid markets 1 H8 d5 t% T5 ~
Resource allocation in Grid scenarios 4 w# T2 S6 a0 Z2 c% ~2 R; Z: |& ?
Automated negotiation for Grid resource allocation
2 l) L1 J. _& l; U- Q3 yAgent-based simulation of Grid environments and markets l7 C$ s, L; Q1 _; a* ^
Agent-based Computational Economics for Grid
- b0 j, _. Q! y6 P+ B& `( BEngineering of Grid markets and Grid architectures - G9 P9 ]! `5 B4 h0 D+ B% g9 u
Technical research on future application domains
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- }' J" U+ l& F' H+ f7 aFor more information about this conference,
: j5 c8 ?2 G+ G9 |& `please contact: appeec@scirp.org. |