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Asia-Pacific Power and Energy Engineering Conf. (APPEEC2011) EI&ISTP Indexed ==================================================================) X6 t/ k5 }; h. j5 n6 v! d6 ?
The 3rd Asia-Pacific Power and Energy Engineering Conference (APPEEC2011) g4 Y% W' m. H2 _. u1 w
第三届亚太电力与能源工程国际会议) @8 P9 d0 T+ `$ f) Z$ R. j
Submission Deadline: Sept. 24, 2010
4 s$ C. [1 [1 k: Y1 x* J qhttp://www.appeecconf.org/2011 3 p) y% v, w4 V @; b
Wuhan, China March 25-28, 2011. a! r) C- P, K1 p& x, f7 B. j7 A
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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
; q& J4 t5 Q0 _* i5 A0 _9 X7 sby IEEE, all papers accepted will be indexed by Ei Compendex and ISTP.
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/ O `4 n% R, N1 ~8 }. k2 y, ], [The technical areas to be covered in this conference include:
2 ?2 K P$ i, O4 f4 Z* O" aPower Generation - Conventional and Renewable 6 V9 b _. U- m+ [' J7 i- o; C. \& y* e
Hydropower technologies and applications
- `- o. l$ _( |* ^Thermal power technologies and applications
! {+ n2 i6 w6 {/ CSafe nuclear energy generation and utilization 8 b' k# v# l" b* p2 N. f
Wind power generation and utilization + k6 N" U- O z# V
Bio-energy technologies, process and utilization
. x6 N; g i, aNew technologies and design for energy efficiency
' J! C( n- p$ |5 ?2 YNew technologies for minimizing CO2 generation / e; b* f5 R, B1 E# `" n1 p
Environmental-friendly technologies for power generation
2 k: [' q( v! V& vGeothermal and tidal wave energy 3 f" n, R: E3 D2 N
Photovoltaic for solar power applications
W/ [/ @% u+ mWaste products as fuel
4 ~2 I4 ? W% `5 a. YOther sustainable energy" [9 O. ?# Z5 O
% J/ L* B* z4 B$ k, z& c. }
Power System Management
+ ]: V; Q+ a0 ?9 O: [Power system management technologies ( J$ V. a0 ~- `" f; M6 h
Integrated substation automation technologies / m4 O! j- V3 a" P( y. s
Power system monitoring and mitigation technologies
- M8 f8 |, ]/ c3 }' k0 hOnline monitoring and fault diagnosis system 5 g' D/ m8 t3 r% Q: g
Control strategies for modern power system stability $ {0 u% f' U1 A
Modeling and simulation of large power systems
# ]4 K6 a( s8 \( _. L% ^# q" tApplication of wide area measurement system , s S2 `( H) |- N, T
Power system analysis and optimization
5 j3 T7 q) Y4 T5 h' V( |# ILoad modeling, estimation and forecast 3 t2 z" ^, D+ z5 H" g
Power system planning and operation
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Power Transmission and Distribution * b! `5 n) i5 X, r
Ultra High Voltage (UHV) technologies 7 p+ y/ X" _7 B4 c
HVDC and flexible AC transmission system
7 K6 [4 }, q/ Q$ m) COver-voltage, lightning protection and grounding : U) N& n. } F, i# n. S1 R4 r
Electromagnetic transient in high voltage power systems
0 A! ?* Y0 {7 K u' eInsulation condition monitoring in power systems
4 y- G1 {! d3 u' y$ gAdvanced distribution and SCADA technologies
, W! g( q% z! m: @" q+ O* WElectromagnetic compatibility in power systems
3 L" f* Q, C' N0 W$ HPlasma physics and the pulsed power technology
! s+ O+ M" ^8 jElectromagnetic analysis in power systems! {( ?" J5 R/ Q, |3 e
/ d/ C5 |6 D7 D. h2 v e7 O$ u7 e& c# A2 _" S& P) a
Smart Grid Technologies ( h; a, _) N, C# g7 j' ^' u
Modeling of Grid environments
, V( \* G3 o; Y& H. QAgent-based mechanisms for Grid markets 8 Y3 Q& q4 q1 ~- a0 ~
Resource allocation in Grid scenarios
. Q9 \0 T$ w7 t NAutomated negotiation for Grid resource allocation & R: Q0 q# ^2 o$ i1 r
Agent-based simulation of Grid environments and markets 4 c" `9 g0 f; z! P" q7 U# D
Agent-based Computational Economics for Grid
1 `! Q% E, G$ P6 P! i3 J/ s7 AEngineering of Grid markets and Grid architectures
- r4 R/ D8 Y v& j1 }Technical research on future application domains
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( a2 D, w0 z5 C) ^
3 y) b" X2 o1 J# X+ u* `: d) k) vFor more information about this conference,
7 f' g( H, k/ z/ h: m1 Nplease contact: appeec@scirp.org. |