Asia-Pacific Power and Energy Engineering Conf. (APPEEC2011) EI&ISTP Indexed ================================================================== & X; c7 X* i. DThe 3rd Asia-Pacific Power and Energy Engineering Conference (APPEEC2011)& { F. s5 i3 G) |7 v. z
第三届亚太电力与能源工程国际会议 k4 _+ R" ~' A# u, s: r
Submission Deadline: Sept. 24, 2010 y8 [. N5 p; Qhttp://www.appeecconf.org/2011 ! y, w0 E! a! F. tWuhan, China March 25-28, 2011. c# j1 J* E. }; W3 P
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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 9 D: c$ n$ o( e( u2 l
by IEEE, all papers accepted will be indexed by Ei Compendex and ISTP. % O9 C, n, S g/ s3 Y* \% q
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The technical areas to be covered in this conference include: 8 o# I/ M ~# |' ]
Power Generation - Conventional and Renewable P) m) d* r/ t: B8 t
Hydropower technologies and applications 6 k. `6 Q9 V2 u8 B6 j' U: u, VThermal power technologies and applications 7 B0 D" B4 j% ?/ gSafe nuclear energy generation and utilization 1 P+ B3 Z" ]* Z% W8 O1 E# N0 y6 YWind power generation and utilization / ^7 m) v: W* ^1 Y- j. d( K2 _! c
Bio-energy technologies, process and utilization / I/ V# J5 B& m. M
New technologies and design for energy efficiency 9 ?# t$ X" S6 d6 DNew technologies for minimizing CO2 generation " A8 E' }; O# k4 q) uEnvironmental-friendly technologies for power generation * M- h" ^6 t- N8 s0 `
Geothermal and tidal wave energy 1 O6 M$ D' h7 c8 V- K# d9 A
Photovoltaic for solar power applications 9 X9 t, I% e8 u2 o/ SWaste products as fuel ; [$ n& S& q" ]& z Q; O
Other sustainable energy/ T1 w) u$ |% e! g; X+ F% ^$ R
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Power System Management ! s4 c, s3 d$ BPower system management technologies & C1 _+ F. [: aIntegrated substation automation technologies ( |) [6 v; [* v6 R3 |Power system monitoring and mitigation technologies % g r4 i/ n. p7 ~0 COnline monitoring and fault diagnosis system : U6 R6 N, x6 S0 t2 p
Control strategies for modern power system stability $ S0 l7 ^. B4 {* y$ u. s
Modeling and simulation of large power systems ! _8 u* q8 p2 J. b4 DApplication of wide area measurement system ! k/ M" r% G+ q$ f+ g" [) L
Power system analysis and optimization " x3 k8 S5 p t8 [4 h1 t# [2 K" hLoad modeling, estimation and forecast 6 {' q# w4 E+ Z- VPower system planning and operation( K, s' E9 b5 P6 v) p
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Power Transmission and Distribution 6 w% v" K6 V9 k5 gUltra High Voltage (UHV) technologies 3 _( ?' y7 ?4 ^" V9 yHVDC and flexible AC transmission system $ Q; C2 N. k! Y$ K, DOver-voltage, lightning protection and grounding & K/ j: A: ^0 b
Electromagnetic transient in high voltage power systems / X6 H v3 o) T( ]
Insulation condition monitoring in power systems 2 d' C. a6 S' o+ H6 X; H% |% x
Advanced distribution and SCADA technologies " _- F0 L' v) j# @1 b' h9 l* l
Electromagnetic compatibility in power systems $ _$ @# m/ f7 a/ R
Plasma physics and the pulsed power technology . r: O+ K) a! w8 }3 Y& @# R; m
Electromagnetic analysis in power systems 5 L3 b9 |) ^ e& k* @) d6 r5 ~: w; ]/ L; V" B* y ^1 N
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Smart Grid Technologies - C5 T/ z- ^" b8 Z3 e+ }Modeling of Grid environments 9 J. p; a# U4 p( c
Agent-based mechanisms for Grid markets : L ?2 W M0 V/ o& z. KResource allocation in Grid scenarios # Q7 v) D1 B0 p. |4 C* z7 c: d
Automated negotiation for Grid resource allocation " W" h" D2 b9 |6 s5 a; a! t0 h
Agent-based simulation of Grid environments and markets 4 m4 K% ]1 I2 n! d# p
Agent-based Computational Economics for Grid ; R& }, f. P) g& zEngineering of Grid markets and Grid architectures 6 L# n& Q4 Z& K( ~9 E
Technical research on future application domains ; T0 I" S5 A1 I- E" n' `: O( I! L7 a# o, g
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$ ~4 |( E f2 {For more information about this conference, " T" V; N2 `# l7 s# Eplease contact: appeec@scirp.org.