The 3rd Asia-Pacific Power and Energy Engineering Conference (APPEEC2011) ' e- I+ B* r! P! L5 I第三届亚太电力与能源工程国际会议 - [5 D; ]9 V r, M; MSubmission Deadline: Sept. 24, 2010 3 u) `7 y& X3 c. u/ @% _http://www.appeecconf.org/2011 ' J% F8 ?. }* h- u
Wuhan, China March 25-28, 2011% r! Z8 b1 L! ]' ] g g
================================================================== 3 Y/ ?! @/ v M3 V {, p' W7 k9 JThe 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 # h8 N( [9 H- K+ Y. }7 y9 J' uby IEEE, all papers accepted will be indexed by Ei Compendex and ISTP. 1 X0 ]1 z2 Y! T2 A% ` % B" A; ]- n* |6 o8 [ g3 J' W0 wThe technical areas to be covered in this conference include: ' g6 ?6 K9 f1 @( [Power Generation - Conventional and Renewable # H0 m1 h% ?! K9 A( y
Hydropower technologies and applications 4 s$ A) G( E, |2 Q8 V' mThermal power technologies and applications ' ]' w/ o4 G8 m1 z- t$ | W x) ?4 kSafe nuclear energy generation and utilization . ] ~; M4 j& j( P
Wind power generation and utilization + _6 h' w5 i* F( W: k J+ e' D+ i
Bio-energy technologies, process and utilization 6 O! \6 m4 |# DNew technologies and design for energy efficiency 0 y: c2 y7 ]& s+ S! ENew technologies for minimizing CO2 generation * |7 ^' [" B: ]. ^5 D% b. x' N+ lEnvironmental-friendly technologies for power generation 2 b5 R1 E; K' m( Q, u- A/ }
Geothermal and tidal wave energy 1 @& b3 |$ A; K3 {# ]6 bPhotovoltaic for solar power applications 1 V5 p6 V* j( a
Waste products as fuel : k# q! A, k/ t& W' k. M
Other sustainable energy Y5 B* t8 f. qPower System Management 0 u- a! I/ C) o$ D
Power system management technologies 3 g& o+ w6 ?5 V! ?3 a% h4 yIntegrated substation automation technologies 3 E* g" X: N5 Z0 W8 O
Power system monitoring and mitigation technologies : r* U( {7 [# s( |
Online monitoring and fault diagnosis system # K# i" N( ~+ I6 @& ^4 Z
Control strategies for modern power system stability " i: |+ j* x* k; c& y! \& kModeling and simulation of large power systems ' U, E- }* r" z* d0 H8 Y
Application of wide area measurement system ) ?. S1 m& _" e/ m4 |0 i0 L/ B' o
Power system analysis and optimization 7 M( ^" M- b' u. k5 V" x* ALoad modeling, estimation and forecast % b1 y; U! b# Q
Power system planning and operation% K! L! b8 b* l: |2 K
Power Transmission and Distribution . J; x; @3 F( ?1 W2 H
Ultra High Voltage (UHV) technologies - x6 {3 A. Q0 o9 h: ?
HVDC and flexible AC transmission system . F4 p s( |0 q% B+ b' |" d6 z" R/ R
Over-voltage, lightning protection and grounding 0 f% f0 U( ]6 _; I/ c. G _Electromagnetic transient in high voltage power systems & F0 m- D8 {% K4 \# U; r
Insulation condition monitoring in power systems 0 _' M: [7 T: g" g4 \5 U- i
Advanced distribution and SCADA technologies ) g, I/ q# d. W/ l& C3 J% [Electromagnetic compatibility in power systems 6 `( y7 a$ f3 N) ~: J
Plasma physics and the pulsed power technology / n) S2 K9 ~1 t- l! }2 ?- GElectromagnetic analysis in power systems2 a& a7 |; s' r$ |0 z/ H b/ W m
5 E3 E& c( K; k$ N5 V8 Q, s9 HSmart Grid Technologies 5 {# U6 Z A$ Z4 h. m! W6 t5 b4 J+ bModeling of Grid environments " \# v! ]* T$ _* Q, X9 ~Agent-based mechanisms for Grid markets & n8 \2 E" `4 ]6 b* k! T) RResource allocation in Grid scenarios 6 R4 y8 Y4 x- g# [" Q8 b v
Automated negotiation for Grid resource allocation - e! `" O9 ~5 VAgent-based simulation of Grid environments and markets 2 ]" m, J& G; f( S8 w
Agent-based Computational Economics for Grid & m) e9 j3 z& J5 [/ `, }
Engineering of Grid markets and Grid architectures : m: |; ]1 l7 n# UTechnical research on future application domains1 r8 Y+ J9 ]+ O) D- W
3 [4 s9 T+ z- D3 W9 }+ } & z- @: J# L& q `' \For more information about this conference, % V7 g: S, o; A6 O* Tplease contact: appeec@scirp.org.