Asia-Pacific Power and Energy Engineering Conf. (APPEEC2011) EI&ISTP Indexed ================================================================== & o3 a) i2 Y- M& I7 LThe 3rd Asia-Pacific Power and Energy Engineering Conference (APPEEC2011)9 O6 b- M: Q4 d
第三届亚太电力与能源工程国际会议 8 o4 l! k5 B, s6 l, j2 A3 q, c2 y& y' NSubmission Deadline: Sept. 24, 2010* f) J5 I, }( E2 |; @3 d& @ http://www.appeecconf.org/2011 4 B3 H$ k! U& S. J3 r: g) V9 MWuhan, China March 25-28, 2011 * R. |) w* D0 b: s/ C H& Y================================================================== ! N3 ^9 T, g2 D" n' Z" KThe 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 ! @3 e& g3 z- T
by IEEE, all papers accepted will be indexed by Ei Compendex and ISTP. # A- _. [2 D' S; }: N2 P
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The technical areas to be covered in this conference include: 9 s: Y! g" O2 P b1 n( X0 B7 C$ MPower Generation - Conventional and Renewable / `" G; Z: N# C2 UHydropower technologies and applications 9 x, u! l g4 b( h9 c0 QThermal power technologies and applications % _6 D8 q+ I8 J: w9 l FSafe nuclear energy generation and utilization 1 ~! ~) _) r; d
Wind power generation and utilization % r6 m: c' T; a# w' q1 L* d( ?Bio-energy technologies, process and utilization ( L t% l" W9 A
New technologies and design for energy efficiency : @1 }9 D7 C! e3 U6 ~# R) aNew technologies for minimizing CO2 generation + | k/ X8 b0 f
Environmental-friendly technologies for power generation 9 s7 l6 E. G2 ]; H
Geothermal and tidal wave energy 7 o! Z9 U! d% E/ A1 k
Photovoltaic for solar power applications : V+ [7 O) J% @! t9 a: x; W: L- Z* \; h; k
Waste products as fuel 1 L. p3 h& k- a8 I7 _7 cOther sustainable energy* v8 I0 C. E& o9 C9 t7 a% ~
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Power System Management 1 X# p" q& B2 {$ A% XPower system management technologies " i( x, ? e4 pIntegrated substation automation technologies 3 j" T; d( z! i1 |0 a3 S( X
Power system monitoring and mitigation technologies ! ~. Q! C) a& [* O( NOnline monitoring and fault diagnosis system , ]1 F) c2 q( y) _' ?8 [Control strategies for modern power system stability % Q4 ]3 W% o7 w# d, o' W
Modeling and simulation of large power systems + e2 `( N8 H) ^# n# k0 vApplication of wide area measurement system / u ]3 N" f2 a7 q
Power system analysis and optimization + c" B2 m: |: W8 @' `( @Load modeling, estimation and forecast 0 H A0 m5 z- W! M) p) WPower system planning and operation 9 Q+ t/ Y8 l6 N- ? / \% m8 T9 }) b3 q+ L+ |" pPower Transmission and Distribution * M5 B4 d) N, i% K' A' G0 ~Ultra High Voltage (UHV) technologies 4 Z9 t; }$ Y. D* G' w/ t. s, b
HVDC and flexible AC transmission system " V; {* e: A+ Q+ g7 Q
Over-voltage, lightning protection and grounding 9 b3 @0 A( M4 y V
Electromagnetic transient in high voltage power systems , y) X, C4 K6 M" n
Insulation condition monitoring in power systems + O4 Q/ s! c. B; k: D7 H E. eAdvanced distribution and SCADA technologies ) Q: ?' D/ L- M; `3 e6 S0 Q
Electromagnetic compatibility in power systems ) x2 n1 }- X# G+ h
Plasma physics and the pulsed power technology : C3 R: X) E" D. [3 K V
Electromagnetic analysis in power systems * G. `" C7 @+ p) V5 X) k 2 N# J& y/ t3 ]6 H! n ' l2 e. d$ x2 V* gSmart Grid Technologies 1 y0 Y$ B0 i8 h0 |) u9 ?
Modeling of Grid environments 3 Q% F @$ ]5 g2 M& E IAgent-based mechanisms for Grid markets ' g. R) f k! A0 T
Resource allocation in Grid scenarios f% ?* q! h8 ~5 SAutomated negotiation for Grid resource allocation 6 k% Q* G" m$ Y. b8 C5 g# JAgent-based simulation of Grid environments and markets % ] z. E% {" {3 X; z% j! e6 V7 q# IAgent-based Computational Economics for Grid 0 A, m$ _& v* H$ n2 w- S
Engineering of Grid markets and Grid architectures / ~% Y: N' n- d0 J3 P& r
Technical research on future application domains + K: R% A- ?/ h1 u: x* U$ o6 z; I7 e: q5 ?6 V
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For more information about this conference, 1 Q6 F+ I: F# Q* H
please contact: appeec@scirp.org.