The 3rd Asia-Pacific Power and Energy Engineering Conference (APPEEC2011) 0 J* _4 \; I$ g/ x' ^( j0 C/ y2 u第三届亚太电力与能源工程国际会议+ {7 ^% }& o. }% c% G
Submission Deadline: Sept. 24, 2010( _ H1 u8 d; t9 U+ B http://www.appeecconf.org/2011 2 L* }: l. f ?
Wuhan, China March 25-28, 20113 @& c+ \% G1 F: Y8 {, _
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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 , |" r3 g" r0 t$ E' K1 \by IEEE, all papers accepted will be indexed by Ei Compendex and ISTP. ; R' B7 f3 }) L5 @, u ' u+ h$ I* Q2 VThe technical areas to be covered in this conference include: 7 c9 q9 E0 v. y5 H0 nPower Generation - Conventional and Renewable 1 t. c+ r. R1 ]# a8 @, v! c
Hydropower technologies and applications ! s, F$ ]5 e+ n L9 OThermal power technologies and applications * c) K1 O1 l0 Y1 vSafe nuclear energy generation and utilization 8 P/ V; r, r! f% R8 i7 R2 }5 P0 tWind power generation and utilization & a4 {/ m( N, W l/ U3 ABio-energy technologies, process and utilization 0 H J" A% m2 P# l5 f
New technologies and design for energy efficiency 2 e8 u2 [* S& J" j) {
New technologies for minimizing CO2 generation ; ^! n; {6 ?; k+ a: rEnvironmental-friendly technologies for power generation 9 {$ w1 d, N4 a3 ]/ ?: zGeothermal and tidal wave energy " I' f2 E% i1 z9 N EPhotovoltaic for solar power applications ) [" P8 z# t. y+ L& `Waste products as fuel * A, p. Y' ?8 V- G7 v$ U" j5 A/ fOther sustainable energy ( W, j3 `8 U' _6 t) L+ fPower System Management : t# j: L6 }5 ?5 s" ?6 E- i) D! ]9 y
Power system management technologies " V5 K) Z; o: n+ [
Integrated substation automation technologies $ C! E) g+ f1 }/ y# i7 [
Power system monitoring and mitigation technologies : N: I3 u9 O3 e' Y( M0 QOnline monitoring and fault diagnosis system ( Z; O7 H# {; E t; _& l- OControl strategies for modern power system stability 9 J2 h+ E* y8 H
Modeling and simulation of large power systems 0 C" T* w$ D N- t
Application of wide area measurement system " s5 C; H2 ?: x+ }0 ZPower system analysis and optimization % w( h, k' M" N ]2 t+ N+ QLoad modeling, estimation and forecast / ]$ F9 j; Z0 F9 j8 R) z. p
Power system planning and operation5 j# v" d5 I' c$ i+ a0 e' K0 V! \
Power Transmission and Distribution : K8 n! }$ x: K1 @9 x$ @Ultra High Voltage (UHV) technologies ) Q5 x" W- R6 p& @
HVDC and flexible AC transmission system / c2 U3 l5 P1 j9 Y0 C& e9 uOver-voltage, lightning protection and grounding 4 [) C: B- e& H3 q
Electromagnetic transient in high voltage power systems ( e" p$ I- C5 I1 m3 q1 ~
Insulation condition monitoring in power systems : r# E. o* Q. w8 PAdvanced distribution and SCADA technologies # l. T! j) R9 Y2 Y* P$ E/ eElectromagnetic compatibility in power systems 7 d! B8 ` h( x1 m
Plasma physics and the pulsed power technology ' C6 v, W I Q3 h# Y: A& n u7 U: GElectromagnetic analysis in power systems/ b# \- w6 t# W. `1 U0 M
$ @, \8 `; Z; p, u/ O& |" fSmart Grid Technologies & \, E- v7 u- Y0 h* t
Modeling of Grid environments 0 L, F) K4 S2 i$ E. n
Agent-based mechanisms for Grid markets : K+ n' f' Z7 T+ _& S
Resource allocation in Grid scenarios , \' Q" u% R, n
Automated negotiation for Grid resource allocation 0 Z+ {; ~9 I1 E; w
Agent-based simulation of Grid environments and markets : _- q- G& a3 z% x
Agent-based Computational Economics for Grid : k% I) [ _! B: O1 l
Engineering of Grid markets and Grid architectures 4 w1 g5 u: r! f. Q0 @Technical research on future application domains " y! l1 L T: W7 B1 g ! w4 F+ P( B& V5 b% G4 S1 Y7 l 6 A2 g; k5 C( {
For more information about this conference, ' P* Z+ @3 I. z9 r/ @0 _9 a+ Oplease contact: appeec@scirp.org.