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Asia-Pacific Power and Energy Engineering Conf. (APPEEC2011) EI&ISTP Indexed ==================================================================+ _* v; G% h( a& n) Q( V
The 3rd Asia-Pacific Power and Energy Engineering Conference (APPEEC2011)
7 S Q& l k9 ]/ b8 g第三届亚太电力与能源工程国际会议$ c5 \: N; i- d. a6 H1 _9 W6 U8 o5 `6 Z
Submission Deadline: Sept. 24, 2010
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6 j7 N+ g: y+ r/ E% O& ?5 M2 hWuhan, China March 25-28, 2011
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6 |7 f+ |1 S! X, H" CThe 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
4 J& B, c0 Z+ _& _% h' J. xby IEEE, all papers accepted will be indexed by Ei Compendex and ISTP. . `- X* Q" {- ]3 ?$ y* Y
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The technical areas to be covered in this conference include: # q4 m" _. V/ S* }* k
Power Generation - Conventional and Renewable ( h* K; u- K4 Z# Y( ^+ d: L, Y+ X1 z, Y
Hydropower technologies and applications
' s" |* v: x' V- A8 T) ]( Q2 _! C TThermal power technologies and applications 5 j+ _# F, k T" e. ?' T+ H8 f9 m. P
Safe nuclear energy generation and utilization
0 j6 C# }, K9 I" u8 _Wind power generation and utilization 4 [$ L9 u! b' Z: u" Z! R
Bio-energy technologies, process and utilization / P- P& y6 `# S/ A& d v
New technologies and design for energy efficiency ; c/ @9 n1 E/ c* n3 x9 ?
New technologies for minimizing CO2 generation ! ^! n% P# H. g" |
Environmental-friendly technologies for power generation % u M0 L, l, l3 U2 C
Geothermal and tidal wave energy
9 [ J& |. u kPhotovoltaic for solar power applications - V8 {+ w4 z# _, |# {
Waste products as fuel U- h S9 n: D; s/ j' H- x
Other sustainable energy
# T2 J% B4 _# q+ ~Power System Management # N5 q W% d9 i$ ? `6 s) K
Power system management technologies 2 e+ @6 l6 ^* m7 B# ~ z
Integrated substation automation technologies 3 w) J' \1 b& f# u* `4 C
Power system monitoring and mitigation technologies
6 N2 T- I3 ^5 G7 rOnline monitoring and fault diagnosis system $ S& G( k$ n2 Y7 R
Control strategies for modern power system stability
7 q. {, N9 R" M3 V( e, LModeling and simulation of large power systems
! c3 R; c3 h0 R, M6 LApplication of wide area measurement system % q/ q+ o6 ~) _7 ]. t6 H8 ~
Power system analysis and optimization : a% l5 i. z6 @
Load modeling, estimation and forecast - e; D( Z; O# V' y, `
Power system planning and operation
6 F3 d/ D/ h0 k3 a# d' DPower Transmission and Distribution 1 `) E& u* d( R$ U$ ?& j% B
Ultra High Voltage (UHV) technologies
1 H7 x5 V- O3 p, t* Z. nHVDC and flexible AC transmission system 5 e' Y9 f/ U% m! u& G& h' w
Over-voltage, lightning protection and grounding
/ B- J- c8 Y+ A: w" vElectromagnetic transient in high voltage power systems
0 X" b; S n, R4 I7 HInsulation condition monitoring in power systems
6 N. |0 T1 O/ }! l& O- p) pAdvanced distribution and SCADA technologies $ ^% g) E1 v( P* ~- T, c' t1 \
Electromagnetic compatibility in power systems ( g* q: S, s2 |% ?
Plasma physics and the pulsed power technology
2 \' s7 r. k. l' c' W( [( f% WElectromagnetic analysis in power systems
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. q7 O- l/ h7 V& V: kSmart Grid Technologies
) N3 c9 H4 i* d; F* n* QModeling of Grid environments
: e8 L' J3 ^# jAgent-based mechanisms for Grid markets
) x# _0 E6 S* H* n6 {) u4 d) MResource allocation in Grid scenarios 9 `: l- O$ x5 _9 E) l
Automated negotiation for Grid resource allocation 2 I' ]9 Y0 ]6 V4 [2 E# u& `4 b' y
Agent-based simulation of Grid environments and markets 5 Z5 \/ ~) x- d$ P& }
Agent-based Computational Economics for Grid D( `( S/ J8 b3 x' ~
Engineering of Grid markets and Grid architectures
5 G6 J. J2 b2 \+ V2 z) e: u' pTechnical research on future application domains
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4 c' g- [: u+ P! J- K* R6 Y" WFor more information about this conference, 6 I7 O& _! a- o8 J x
please contact: appeec@scirp.org.
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