Asia-Pacific Power and Energy Engineering Conf. (APPEEC2011) EI&ISTP Indexed ==================================================================" x4 a9 q: g7 d8 A4 O% F. ]# t
The 3rd Asia-Pacific Power and Energy Engineering Conference (APPEEC2011)* P# h3 O; {% z% v2 P/ ?' V
第三届亚太电力与能源工程国际会议3 i2 _, L6 q& r5 T; {
Submission Deadline: Sept. 24, 20100 u/ W6 a4 b/ u s+ V' j http://www.appeecconf.org/2011 9 r! B1 ]$ i6 D; K+ SWuhan, China March 25-28, 2011 2 H% S& k3 n# d& L9 g# K/ x" y2 V================================================================== $ V n+ U6 F1 q; {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 + U$ p4 O: H i/ `by IEEE, all papers accepted will be indexed by Ei Compendex and ISTP. 3 U3 r. X: C2 F; L0 M( H * o5 _& l6 A* d/ B8 R$ B+ WThe technical areas to be covered in this conference include: 7 V6 g. @4 B* s: i x% ePower Generation - Conventional and Renewable ( u* U& j/ ?4 E1 T N+ p% EHydropower technologies and applications . v# m, R& y$ Y/ b& T9 QThermal power technologies and applications Z8 Q6 \9 I* R) a3 t5 a q$ ^5 A, }) F
Safe nuclear energy generation and utilization - M2 @( r1 x% r7 |7 RWind power generation and utilization " a) Q, g) i% eBio-energy technologies, process and utilization $ x) y- C& Z! O$ H. ? f
New technologies and design for energy efficiency 6 N# ?9 S5 ?4 g# {. x bNew technologies for minimizing CO2 generation 1 Q! k' Y& h3 w! Z- IEnvironmental-friendly technologies for power generation / ]4 z& E& O. F$ ^2 w' Y. j
Geothermal and tidal wave energy * b2 ?% t S5 DPhotovoltaic for solar power applications % E7 ^4 {: u4 RWaste products as fuel 8 L/ K- {6 {: ?/ T J
Other sustainable energy' _ A1 [/ t3 ~' w G( [3 f- U
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Power System Management 3 {5 J A G3 W* \; u, {Power system management technologies ) _7 `+ U; A9 x) G8 _Integrated substation automation technologies 9 L- ?; d$ F* o8 n4 e
Power system monitoring and mitigation technologies 1 z3 ^0 b0 Z \+ x: s5 xOnline monitoring and fault diagnosis system 6 Y6 D5 ?- _$ w4 Y: h+ i" H
Control strategies for modern power system stability 4 y9 u' C. @, D' }* D& sModeling and simulation of large power systems 1 \$ }1 y' B# _$ L9 cApplication of wide area measurement system 9 d# x0 R+ q2 T& L
Power system analysis and optimization 9 Y* i+ X- C$ `, U$ hLoad modeling, estimation and forecast 4 x* Y; W5 S& Q! D: M
Power system planning and operation) M+ v) L1 v- v) p0 _
0 K G2 S( q; g7 {1 DPower Transmission and Distribution # g. E/ H- V! ~( g2 b$ A: l& b
Ultra High Voltage (UHV) technologies 0 y) O- Z, Q" ~3 j) B- Y3 k% V; H/ jHVDC and flexible AC transmission system + g2 a6 H$ J3 ^7 s' S
Over-voltage, lightning protection and grounding ' K3 W+ y0 @- E4 tElectromagnetic transient in high voltage power systems % G7 K' h2 f0 J, Y* }
Insulation condition monitoring in power systems # U0 o2 b7 u j' V2 N4 i' }
Advanced distribution and SCADA technologies 9 [" b9 B) h% @' T$ l7 jElectromagnetic compatibility in power systems 7 }' @9 A2 m! [9 o+ ~8 Q
Plasma physics and the pulsed power technology & P$ p& U, X7 b5 s; s; h6 }
Electromagnetic analysis in power systems1 N) r8 u. ]6 ?( K+ g' b7 e
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Smart Grid Technologies + r$ c# F& n3 ~1 z
Modeling of Grid environments ' p% {* T! h) ^Agent-based mechanisms for Grid markets ! g0 i% Y1 A. _: y6 uResource allocation in Grid scenarios 1 y6 F$ N8 z+ X9 }Automated negotiation for Grid resource allocation * m( R, V7 O F* w" H) Z# i8 D8 k, h
Agent-based simulation of Grid environments and markets - I5 {) _) @, G3 xAgent-based Computational Economics for Grid . V' g7 w9 t$ g& {3 x7 G+ T4 h
Engineering of Grid markets and Grid architectures $ K- L- v* R' |0 DTechnical research on future application domains . k, I3 _2 v- M Q1 P+ h" {5 q6 f+ `, G7 a- G
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0 D0 m. X. X/ c- C7 H% DFor more information about this conference, 5 i& Y% {! O1 {' }3 I6 F6 z: d
please contact: appeec@scirp.org.