Asia-Pacific Power and Energy Engineering Conf. (APPEEC2011) EI&ISTP Indexed ==================================================================) G. \" ^3 C+ V3 _ l' t
The 3rd Asia-Pacific Power and Energy Engineering Conference (APPEEC2011) & k) [5 [5 _$ ?3 u6 \& E, `, y第三届亚太电力与能源工程国际会议 - C. f8 |5 s2 T6 P; H4 cSubmission Deadline: Sept. 24, 2010 9 }' a; o0 n5 ] @3 P" xhttp://www.appeecconf.org/2011 $ ^% T/ m4 J5 l3 ]
Wuhan, China March 25-28, 20116 A# v7 e% ~ W2 c: u
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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 8 h" R7 t6 O- v9 T* kby IEEE, all papers accepted will be indexed by Ei Compendex and ISTP. + a4 U2 a0 H9 g7 s/ M3 L! a# | ( k9 l7 S" B' }+ [* {. H: o4 @The technical areas to be covered in this conference include: 7 F( I0 c9 o5 U$ {7 ?0 a9 P
Power Generation - Conventional and Renewable " h- k* P4 i- Q; [, A* p9 T$ o$ \& ]* @
Hydropower technologies and applications 7 d! |1 Q/ f$ u% ZThermal power technologies and applications - @/ M6 g, h0 D- w2 g. C
Safe nuclear energy generation and utilization ) ?; c7 r' d; T& s
Wind power generation and utilization ) X8 I+ K3 d( d) ~$ [Bio-energy technologies, process and utilization & G. H+ W7 V$ m6 A) V& D
New technologies and design for energy efficiency / V( ]3 q3 y( V# P$ k
New technologies for minimizing CO2 generation C9 x [9 O, R( o0 i6 \* o
Environmental-friendly technologies for power generation ' T5 w! {/ }% |! ^6 }# MGeothermal and tidal wave energy ) j& g* T4 y' M. Y+ H
Photovoltaic for solar power applications & G' O7 m6 v$ S: X0 CWaste products as fuel ; |+ [9 I7 S7 E$ b
Other sustainable energy2 d0 F2 _) k& h4 s. |* V
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Power System Management 6 A3 O" {7 I1 W' |( fPower system management technologies 1 a& i( T2 U, S
Integrated substation automation technologies ' B, T( y6 E+ K& [0 v) h
Power system monitoring and mitigation technologies 5 z% Q3 V' n( M; N
Online monitoring and fault diagnosis system / m- G3 v7 X( [7 p* q# VControl strategies for modern power system stability 6 L8 X$ N8 O9 l0 SModeling and simulation of large power systems 1 X; ]6 D6 Q' A7 wApplication of wide area measurement system 7 e; H: }! w( d* c$ e) N
Power system analysis and optimization ; C8 T+ x6 Y4 G4 |6 {# G
Load modeling, estimation and forecast 6 y% Z" i+ N3 ^; a* D) ~
Power system planning and operation. P" Q# S3 ?2 O- o
# ~' P# |# _ |3 k; q7 W4 d$ e8 OPower Transmission and Distribution ' [+ x7 U& U# e dUltra High Voltage (UHV) technologies % |6 i5 K" o1 i8 @$ o5 o2 T: s" Q! C4 F
HVDC and flexible AC transmission system + s8 |- i' E5 c" n7 Y3 ~! N9 }Over-voltage, lightning protection and grounding 1 x. {, @5 T* h/ }% W- iElectromagnetic transient in high voltage power systems , }* q- Q/ _4 {8 {, j+ i9 uInsulation condition monitoring in power systems 7 b& A; s: ^ m# H8 pAdvanced distribution and SCADA technologies ' }: Z$ E3 M+ L6 l4 h( A
Electromagnetic compatibility in power systems : s$ @4 c- f2 ~' w; [+ {
Plasma physics and the pulsed power technology & p" p3 P n$ ?" QElectromagnetic analysis in power systems 5 f& m$ m; p# D6 X8 C+ h) z ( M" o( \) H/ _4 B9 b: ]( N. @; x1 Q5 W% c8 B( K9 D
Smart Grid Technologies 9 f) \0 _2 z7 [" R! zModeling of Grid environments , j- `- @7 ^7 n& c, c) l
Agent-based mechanisms for Grid markets 2 o- _0 A4 I! e4 [6 SResource allocation in Grid scenarios 3 A6 B% K6 o, _
Automated negotiation for Grid resource allocation : r/ N3 `8 T" d2 a; w9 d. T/ ~6 x
Agent-based simulation of Grid environments and markets ! v5 q* x7 v8 I5 ?
Agent-based Computational Economics for Grid $ P5 q4 O: |/ Z4 P# k X. FEngineering of Grid markets and Grid architectures 3 h, ]$ R$ _5 ~9 W0 W% vTechnical research on future application domains$ {' M( g w( `* M1 z- p, L* I
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0 `- ?8 o# B. Z5 E, F/ e% ~For more information about this conference, h# _. a) M+ N3 Z3 x _
please contact: appeec@scirp.org.