The 3rd Asia-Pacific Power and Energy Engineering Conference (APPEEC2011)5 q- y+ D2 r* t% M3 g% c8 z
第三届亚太电力与能源工程国际会议5 f5 N ? R% M0 T2 q2 x+ \
Submission Deadline: Sept. 24, 2010 * V* [/ h- |( N# C/ qhttp://www.appeecconf.org/2011 $ |% r. s* Y- U; {( F2 {. PWuhan, China March 25-28, 2011: p% D2 {6 G1 C7 f$ x }
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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 5 I$ F0 _- i( Z. ^by IEEE, all papers accepted will be indexed by Ei Compendex and ISTP. 0 O5 Q; q4 G' F3 R& ^( O+ d 3 p6 d* r; e b d. cThe technical areas to be covered in this conference include: + B1 g& s6 ~2 ]2 ?Power Generation - Conventional and Renewable 8 y5 m/ e' K/ r8 l; d* x$ v3 ]% s# N9 FHydropower technologies and applications 1 }7 H+ g* z$ N* g1 A$ FThermal power technologies and applications 7 A T2 \6 @1 [' n
Safe nuclear energy generation and utilization . o) J& `3 h6 |; Y2 W! kWind power generation and utilization 7 [8 G5 y" e, ^- x) vBio-energy technologies, process and utilization 2 O2 S+ Z# Y4 a( iNew technologies and design for energy efficiency 9 ]9 ? Z5 p i. }/ l" M) L
New technologies for minimizing CO2 generation + g5 i0 z1 y2 Z
Environmental-friendly technologies for power generation , y- Z3 |! V6 w: E4 _* o0 i) iGeothermal and tidal wave energy / f( H t: g- S9 o* m& UPhotovoltaic for solar power applications 7 Q3 I! C, T' Q: Q, w0 b; I0 k+ RWaste products as fuel 6 h* D7 O6 D# K" {Other sustainable energy 6 k1 w8 r. l/ zPower System Management : a$ a- q& C2 i+ i& S8 h
Power system management technologies & P: i! G, ^1 q) M( @8 p0 `% u/ g6 XIntegrated substation automation technologies / n; p. a& j- |- p; rPower system monitoring and mitigation technologies " T( L- v* F5 I4 k- ZOnline monitoring and fault diagnosis system 0 s Z3 b( B5 q
Control strategies for modern power system stability : c8 b8 o/ Z/ h" YModeling and simulation of large power systems Y+ s3 g8 {4 a8 C& UApplication of wide area measurement system ^6 }) f- H G$ Q, ?4 pPower system analysis and optimization 0 \; p4 X' ? f; T/ ]0 [+ gLoad modeling, estimation and forecast / b+ O! h. g9 A. [
Power system planning and operation & V8 r' T) ^3 P* w0 EPower Transmission and Distribution + N) f7 ?: F* G$ T7 u) E
Ultra High Voltage (UHV) technologies 0 b' ~0 e" {; ?6 f. P; c+ qHVDC and flexible AC transmission system 7 X3 G6 l G+ m; \6 WOver-voltage, lightning protection and grounding $ R; W" ?9 W1 n2 Y: n' XElectromagnetic transient in high voltage power systems . K# d7 z7 w# uInsulation condition monitoring in power systems 7 n* ^+ M' O N9 Z- a+ f7 NAdvanced distribution and SCADA technologies ! \$ X( j$ @5 r0 C1 I0 ]Electromagnetic compatibility in power systems / [0 Y2 ~& S6 KPlasma physics and the pulsed power technology 8 C9 ^3 _" u& V/ x
Electromagnetic analysis in power systems % F9 {. q5 a8 T8 F2 `6 t' e. Y/ l0 K/ Y( j3 x7 O/ z( H$ {
Smart Grid Technologies ( z8 R3 S- n9 l/ f) z7 mModeling of Grid environments ! ?8 u/ P& l4 [8 Z _; S& Z+ j
Agent-based mechanisms for Grid markets + h t" E: m8 f0 v5 K( }2 X1 {
Resource allocation in Grid scenarios + C5 y* Z6 z3 ^8 ]# d5 {Automated negotiation for Grid resource allocation + C: F5 O* S9 c
Agent-based simulation of Grid environments and markets , D+ O% E$ c# D9 `3 l8 tAgent-based Computational Economics for Grid 4 ?8 w" V5 z3 a% gEngineering of Grid markets and Grid architectures 5 E+ n' o% c0 C
Technical research on future application domains ' ^5 o9 s0 V- l( B( o, Y+ |& r) h ' ]. c0 F2 U2 `1 o$ k% t
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For more information about this conference, 1 l/ j, \% [3 i8 g1 D) C) G4 aplease contact: appeec@scirp.org.
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