The 3rd Asia-Pacific Power and Energy Engineering Conference (APPEEC2011) 0 o3 t5 N7 \, z7 i' p, g2 n4 k" [3 j第三届亚太电力与能源工程国际会议7 b7 Y; r( Q5 E! ^3 w0 @
Submission Deadline: Sept. 24, 20108 K) ^9 `% R: e2 ?# k http://www.appeecconf.org/2011 2 W! q) `* ?4 _" D, K
Wuhan, China March 25-28, 2011. d& [" }# j- q% k" ~
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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 , G! W+ k: I: a# \
by IEEE, all papers accepted will be indexed by Ei Compendex and ISTP. 1 O; y1 b) b/ ~ i
: N3 L4 ? i: M) B" k dThe technical areas to be covered in this conference include: ) s4 W% n% a5 g3 P
Power Generation - Conventional and Renewable 8 J- K0 I, @$ ^7 x: I' b( w
Hydropower technologies and applications . g- e5 G2 v) yThermal power technologies and applications 5 b. S" U# l$ O# A& {) fSafe nuclear energy generation and utilization ! y1 D/ Q# K7 q8 H& u" K, \
Wind power generation and utilization 8 U' G+ w9 r, D8 {6 EBio-energy technologies, process and utilization ' a5 S8 y b" L: ~
New technologies and design for energy efficiency 0 l& Q* W6 S8 W# R# kNew technologies for minimizing CO2 generation * w; Q9 [' {7 I2 cEnvironmental-friendly technologies for power generation 4 _' ~- u' i' Z9 ~! \; S: @- h7 zGeothermal and tidal wave energy 9 s, T9 k5 h4 S6 ^
Photovoltaic for solar power applications & d o& S9 @' M1 GWaste products as fuel : U0 M3 [. f8 u9 V4 M2 I: K
Other sustainable energy 2 E7 C4 D+ U. S! U ePower System Management - a/ \9 T) }% C7 w+ k4 E1 |Power system management technologies 1 U) z3 R1 m) N& z/ vIntegrated substation automation technologies n# V1 c# V& n4 q, `8 hPower system monitoring and mitigation technologies - g) V3 N' F C; D/ G$ m+ X2 zOnline monitoring and fault diagnosis system 8 e! i4 L2 N8 E3 r2 S# GControl strategies for modern power system stability ; e+ E# |8 d, ?0 e+ Y1 [/ P6 N
Modeling and simulation of large power systems # r3 Q, P- ]9 `2 T" I
Application of wide area measurement system ! @3 F, E- U: q O) EPower system analysis and optimization 5 E0 q, e# D' }0 T2 E NLoad modeling, estimation and forecast 9 E2 k8 u0 I) J, Y* nPower system planning and operation " v( g1 W) V) n+ L0 \" _Power Transmission and Distribution 3 D4 q* z. F" c B% u0 [* KUltra High Voltage (UHV) technologies ) J6 T/ W1 w- M
HVDC and flexible AC transmission system ! w+ r8 m2 T' o( P+ n
Over-voltage, lightning protection and grounding 3 E( [( i" a* c% a) ^5 v
Electromagnetic transient in high voltage power systems ( `" O1 d: c/ P0 \$ m y$ t
Insulation condition monitoring in power systems , F/ r2 }. L' H9 B( zAdvanced distribution and SCADA technologies * h) G% C; h0 b5 ^3 D" t( i" xElectromagnetic compatibility in power systems : C7 C4 X% x! P5 c: `/ BPlasma physics and the pulsed power technology 1 j. g8 _7 y% R, e
Electromagnetic analysis in power systems3 q; Y1 g% y) D
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Smart Grid Technologies % i3 w; [ O( J5 E% h! r1 ~
Modeling of Grid environments 6 }! C( b; z! _/ r# h4 R/ O
Agent-based mechanisms for Grid markets " C3 i* E9 d0 h- D
Resource allocation in Grid scenarios 2 K8 t' b _! L' o* v1 [" BAutomated negotiation for Grid resource allocation 8 t6 Y, Q; A: u/ e$ Q8 t4 }Agent-based simulation of Grid environments and markets 4 E* C/ N' V* p3 F' n2 S
Agent-based Computational Economics for Grid 4 ]1 z* U/ X; z" m3 s
Engineering of Grid markets and Grid architectures 4 p. e" e6 v# `* L. PTechnical research on future application domains " G. W X% D6 r# C# c ( d# X! x7 |; f" Z- J' _
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For more information about this conference, 0 ?/ T; T1 o2 W0 bplease contact: appeec@scirp.org.
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