The 3rd Asia-Pacific Power and Energy Engineering Conference (APPEEC2011): ~3 F. Y: M d9 S$ h) z: G
第三届亚太电力与能源工程国际会议# T2 k+ W% D# g* a' {
Submission Deadline: Sept. 24, 2010 5 }0 H* c0 G& i/ i9 Hhttp://www.appeecconf.org/2011 3 \ w# l" W( B! ?" a% m
Wuhan, China March 25-28, 20118 u3 E0 O& I2 _4 a+ F) M/ V% d4 w0 m
================================================================== & n! W/ a5 X5 Y. S- P l- z. ^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 - J4 S; M# T% V$ ^. H& v+ Tby IEEE, all papers accepted will be indexed by Ei Compendex and ISTP. ( f- h5 ~; O: F d1 j6 G
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The technical areas to be covered in this conference include: + X- x6 c- o6 m: M3 b. n
Power Generation - Conventional and Renewable % p6 @- |" ~* E1 R8 mHydropower technologies and applications - ]5 s: u& K- U8 z8 Z, j8 N3 _5 }) P# yThermal power technologies and applications 0 B8 {* X1 x. y1 e( g+ l- w
Safe nuclear energy generation and utilization ( N) \, X; U/ |6 V# r
Wind power generation and utilization + v) u* B- M0 L- T$ a# t
Bio-energy technologies, process and utilization " j3 z& ~! j5 ~2 D4 RNew technologies and design for energy efficiency . Q- {3 X5 z4 w7 A& E5 C. _5 UNew technologies for minimizing CO2 generation 4 G, v3 e/ |. N( Z. h8 Y( qEnvironmental-friendly technologies for power generation 7 g3 _% E) u" e" A# r5 v, oGeothermal and tidal wave energy r7 k/ s( D: d8 `+ |" X" X$ i
Photovoltaic for solar power applications 4 m# p! n7 r' j7 R1 A( {; mWaste products as fuel ; A" C& K& m4 |0 v: |; U
Other sustainable energy }) `; p- s8 T" B m% n* i" \' @Power System Management 0 f3 G L1 k, x% a. ?8 D# a( j6 F+ dPower system management technologies % Z* i/ X/ @: B7 g( h5 t ^Integrated substation automation technologies " N6 w% ~' p! ]% D1 U3 G0 }Power system monitoring and mitigation technologies ) b3 K' f7 K3 T
Online monitoring and fault diagnosis system % d+ z: Z' A+ _% L' f. a# u( N
Control strategies for modern power system stability 0 C( }- T8 d( H VModeling and simulation of large power systems ' Z {" _. w9 \& k$ t
Application of wide area measurement system ! R* Z0 d. Y& h7 `9 fPower system analysis and optimization ) q* ~3 g% e, U' n
Load modeling, estimation and forecast - N1 A& `( J8 K @+ u( d5 R
Power system planning and operation / S* p. H- q1 \. e! V/ U6 Q) s/ |Power Transmission and Distribution : K4 X! d: F# {7 y
Ultra High Voltage (UHV) technologies 5 ^% @, O3 N1 e* [: tHVDC and flexible AC transmission system 8 N/ e- }9 o: h$ Z9 a3 wOver-voltage, lightning protection and grounding 3 |; C% o$ Z3 O- z
Electromagnetic transient in high voltage power systems " D; Z+ H2 s9 J$ c% e6 p
Insulation condition monitoring in power systems + P% x% J' Z/ N0 y; }8 \
Advanced distribution and SCADA technologies 2 B! {3 h# H8 I/ Z7 b3 KElectromagnetic compatibility in power systems - l; S% O' J, k. b. ]2 ~Plasma physics and the pulsed power technology / p& j, `% T6 e0 pElectromagnetic analysis in power systems4 R/ P) t# m) F- t# \ T
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Smart Grid Technologies $ _+ Q, R9 e2 m& W$ }5 RModeling of Grid environments + X& r$ ]/ e1 u! oAgent-based mechanisms for Grid markets # ]) m4 P! x- \2 r% _9 k" MResource allocation in Grid scenarios % d; r* n- `5 P* Z: c
Automated negotiation for Grid resource allocation - _+ D; \( ~( X7 m+ u
Agent-based simulation of Grid environments and markets . y6 h* j( R% q* l4 h, bAgent-based Computational Economics for Grid 2 O0 H2 ?0 i" XEngineering of Grid markets and Grid architectures 1 ?8 d/ }7 t' G4 e$ S! ~Technical research on future application domains g- y( I, G6 _* r8 U5 P- x, N
2 K+ l- A) l% v" {' |( T. `3 W& b 6 p" `& j. g/ K. @8 [ b% Q: o6 RFor more information about this conference, : U; D$ L+ r% T: |7 p
please contact: appeec@scirp.org.
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