The 3rd Asia-Pacific Power and Energy Engineering Conference (APPEEC2011) ; f1 t; }% m# `% B0 H第三届亚太电力与能源工程国际会议' B Z W, h B' Z; Q( \
Submission Deadline: Sept. 24, 2010$ b8 _. r6 K$ d$ G$ }: L h7 L http://www.appeecconf.org/2011 + F6 b; H% K6 o% M" F- Z) f6 tWuhan, China March 25-28, 2011, S! r/ n5 d8 g6 m# K( N
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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 0 Q P5 G5 Z2 J6 Y- [
by IEEE, all papers accepted will be indexed by Ei Compendex and ISTP. ' z$ l" H1 N7 k# G. Q |/ w
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The technical areas to be covered in this conference include: . W- s+ j2 k% ~Power Generation - Conventional and Renewable 9 ~" h) X8 b& i. L" A4 OHydropower technologies and applications 2 p6 G3 N" `" `1 m, P6 d1 R. J) cThermal power technologies and applications $ u# f* i) \8 U: s! R
Safe nuclear energy generation and utilization # V1 b* i# @2 N4 OWind power generation and utilization ( h9 S) f. U8 `3 O8 f: ~
Bio-energy technologies, process and utilization Q% u; w( ^) G: mNew technologies and design for energy efficiency 6 b* o# W) ]4 ~1 FNew technologies for minimizing CO2 generation # e, k8 C7 i- gEnvironmental-friendly technologies for power generation % x) E' c: V6 U; S
Geothermal and tidal wave energy 1 Q5 S5 J6 y2 B0 C6 ~
Photovoltaic for solar power applications - Z, H3 n4 r3 J n# ?# bWaste products as fuel 8 T/ P9 F) x; _& L C5 u
Other sustainable energy % t0 Z4 \+ \* N) o9 J! F G5 _. xPower System Management # l: [7 n" A& i9 T# N8 G# XPower system management technologies 8 p; l# V% w. D1 s& [Integrated substation automation technologies # ^+ Y2 A$ l; {. B) f% tPower system monitoring and mitigation technologies " t0 H+ G8 j* C ^Online monitoring and fault diagnosis system 6 F* P' D3 t( K6 m' S: Y/ sControl strategies for modern power system stability - k7 Y1 @' _0 k' D" OModeling and simulation of large power systems 5 a/ }& h2 k, P* j
Application of wide area measurement system 4 V5 e5 n$ c" V4 Y( N) f% E' W
Power system analysis and optimization 8 R$ O+ J& v$ }7 G" _5 L' OLoad modeling, estimation and forecast * o; p p. B: e2 a" S, t, ^Power system planning and operation3 Y# f, K' X; K
Power Transmission and Distribution # a" ~+ P- ^4 p4 EUltra High Voltage (UHV) technologies . `7 J6 j( v! @' Y
HVDC and flexible AC transmission system & L/ B/ `# T3 W: i
Over-voltage, lightning protection and grounding 2 K' `8 \6 n$ Z K) b; Y8 t
Electromagnetic transient in high voltage power systems 7 B; Z, |) D- _# _' ?6 |/ S$ }Insulation condition monitoring in power systems + a, b" {2 e% G. v7 R/ C) mAdvanced distribution and SCADA technologies : Q7 L; D& U$ \
Electromagnetic compatibility in power systems 9 J0 V) N0 O# U! V6 c# G8 EPlasma physics and the pulsed power technology . { G6 _: V; J0 ?7 jElectromagnetic analysis in power systems' C! E J. q5 f4 W) }0 H- u
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Smart Grid Technologies # M6 w: s/ @+ S, u1 j7 ^
Modeling of Grid environments & A) Y% C" ]$ |) _: I$ jAgent-based mechanisms for Grid markets - ~7 t9 e" q$ `& RResource allocation in Grid scenarios : m7 b- N; n) R& rAutomated negotiation for Grid resource allocation 8 K$ p, y0 ^" g
Agent-based simulation of Grid environments and markets 7 Y1 \9 J) _2 x' R5 B8 D' J DAgent-based Computational Economics for Grid 6 ^5 n* A; ] R+ C0 y2 nEngineering of Grid markets and Grid architectures z: i0 l5 V/ i" E1 E+ l4 ~Technical research on future application domains . i. m) s; |5 L- d$ q7 n! X + _: `5 _* l2 O% C
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For more information about this conference, T% f I$ v+ S' w# p
please contact: appeec@scirp.org.